BOOKMARKS IN IRON AND STEELMAKING

Direct Reduction Iron Ores.
Non Oriented Electrical
Environmental and Climat Change in iron and Steel Industry.

Ignacio Ibarrondo Mtz – Iturralde

Dr. Ing. Industrial

Formerly Catedrático E.U. (UPV/EHU) University Basque Country.

www.ironandsteelmaking.com

https://www.researchgate.net/profile/Ignacio

Ibarrondo/research

Note: If the bookmarks do not open directly, copy and paste them directly into your browser’s search bar.

10.05.2026

INTRODUCTION AND PURPOSE OF THIS WORK.

This work presents a set of BOOKMARKS IN IRON AND STEELMAKING in three aspects:

– Direct Reduction Iron Ores.

– Non-Oriented Electrical Steels.

– Environmental and Climate Change in the Iron and Steel Industry.

The first group of bookmarks refers to direct reduction, with particular emphasis on direct reduction through hydrogen. This represents an almost total elimination of pollutants such as carbon dioxide.

This aspect is very important since the use of hydrogen in the steel industry is fundamental for the reduction of polluting emissions, not only as a replacement for the blast furnace but also in other stages of the steel industry as well as in heat treatments, and significant work is being done on this by various steel companies and research centers, as well as at the government level.

The second group of bookmarks referred to in this study is non-oriented grain magnetic sheet. This is crucial today because the use of electric motors is expected to increase in the future, especially in transportation. Therefore, the latest advances in this area to improve the properties of this non-oriented grain magnetic sheet are essential and very important from a technical, economic, and environmental perspective.

The third aspect addressed in this work is the environmental one, and there we will place the references relating to the use of hydrogen in the steel industry, as well as on the reduction of carbon monoxide and carbon dioxide emissions, their capture and their possible use.

This work is intended for students and teachers who want to get started in these subjects, as well as people from the industrial or commercial world who are also interested in these aspects, and people in general who may be interested in these problems.

To this aim, the following are cited: bibliographic articles, books, reports, press information, reports from technical advisory and engineering firms, national and multinational companies in the steel sector, international and national public institutes, conferences and webinars, videos, courses, and journals. Emphasis is placed on the various multinational companies in the steel sector that show the latest advancements in these fields.

It is clear that a second, more comprehensive organization is necessary for a better understanding of the problems that may arise. If we add the use of artificial intelligence, we can generate valuable summaries and reports.

In general, the information provided is very valuable for all those interested in this subject.

INDEX

ASIDERURGIA 15 – DIRECT REDUCTION pp.9

DIRECT REDUCTION 01 I.IBARRONDO pp.9

DIRECT REDUCTION 02 GENERAL pp.9

DRI 02 BIS GENERAL NEW PLANTS 20.10.2024 pp.11

DIRECT REDUCTION 03 Ref Biblio pp.12

DIRECT REDUCTION 03A ROTARY KILN 01.01.2019 pp.13

DIRECT REDUCTION 04 INMETCO PROCESS pp.14

DIRECT REDUCTION 05 FASTMET PROCESS pp.14

DIRECT REDUCTION 06 ITmk3 PROCESS pp.14

SMELTING REDUCTION 07 HISMELT PROCESS SMELTING pp.15

SMELTING REDUCTION 08 HIsarna PROCESS pp.15

SMELTING REDUCTION 09 COREX PROCESS SMELTING pp.16

SMELTING REDUCTION 10 SMELTING POR HIDROGENO pp.16

DIRECT REDUCTION 15 OTHER PROCESSES pp.17

DIRECT REDUCTION 16 METSO PROCESS pp.18

DIRECT REDUCTION 17 HIBIS Group pp.19

DIRECT REDUCTION 20 DIRECT STEELMAKING PROCESSES pp.19

DIRECT REDUCTION 25 MIDREX PROCESS pp.19

DIRECT REDUCTION 25A MIDREX NEWS and PAPERS 2019 to 2024 pp.21

DIRECT REDUCTION 25B MIDREX REDUCTION BY H2 .2023 pp.22

DIRECT REDUCTION 25C ARTICULOS DIRECT REDUCTION By H2 2023 pp.24

DIRECT REDUCTION 26 HYFOR PROCESS pp.26

DIRECT REDUCTION 27 PERED (IRAN) PROCESS pp.27

DIRECT REDUCTION 28 POSCO HyREX PROCESS pp.27

DIRECT REDUCTION 30 HYL PROCESS 01.01.2018 pp.28

DIRECT REDUCTION 30A HYL ENERGIRON PROCESS pp.28

DIRECT REDUCT 30B HYL ENERGIRON PROCESS BY H2 1.07.2023 pp. 30

DIRECT REDUCTION 40 MULTINATIONALS and STATISTICS pp.31

DIRECT REDUCTION 50 DR AND SMELTING (Videos of processes ) pp. 31

DIRECT REDUCTION 65 ARTICULOS and MODERN TRENDS pp. 35

DIRECT REDUCTION 67 REDUCTION BY HYDROGEN pp.35

DIRECT REDUCTION 67A REDUCTION by HYDROGEN VIDEOS pp. 40

DIRECT REDUCTION 68 VIDEOS in GENERAL pp.42

ASIDERURGIA 15A MOLTEN METHOD OXIDE ELECTROLYSIS NEW 2025 pp.42

————————

ASIDERURGIA 18 – NON ORIENTED MAGNETIC STEEL SHEETS: PHYSICAL CHEMISTRY AND METALLURGICAL BACKGROUND, MANUFACTURING PROCESSES, PROPERTIES. pp.44

CA 000 PHYSICAL, CHEMICAL, AND

METALLURGICAL FUNDAMENTALS pp. 44

CA 001 MAGNETIC STEEL SHEET .2019 pp. 44

CA 002 MANUFACTURING PROCESS 2019 pp. 47

CA 003 CLASIFICATION pp. 48

CA 004 CATEGORIES and GRADES of N.O pp. 49

CA 005 Super E Core 2019 pp.49

CA 006 HIGH SILICON 6.5% OBTAINED by RAPID SOLIDIFICATION pp.50

CA 006bis HIGH SILICON 6.5% OBTAINED by RAPID SOLIDIFICATION pp.51

CASTRIP PROCESS

CA 007 HIGH SILICON 6.5% OBTAINED by ROLLING pp.51

CA 008 WARM COLD ROLLING pp.52

CA 009 MAGNETISM : BOOKS and BIBLIOGRAPHY (Papers) pp.52

CA 010 CHEMICAL COMPOSITION pp.55

CA 011 GLOBAL PRODUCTIONS and NEW MILLS pp.56

CA 012 NON ORIENTED ELECTRICAL STEELS PRODUCED by CVD pp.57

CA 013 TEXTURES pp.61

CA 014 BIBLIOGRAPHY and PAPERS 01 pp.73

CA 015 BIBLIOGRAPHY and PAPERS 02 2023 pp.77

CA 016 BIBLIOGRAPHY and PAPERS 03 ACADEMIC and GENERAL pp.86

CA 017 BIBLIOGRAPHY and PAPERS 04 GENERAL pp.95

CA 017A BIBLIOGRAPHY and PAPERS 05 NEW MILLS

and DEGASSING OF ELECTRICAL STEELS pp.97

CA 020 BIBLIOGRAPHY and PAPERS 06

ROLLING ANNEALING and MAGNETIC PROPERTIES pp.101

CA 021 NON ORIENTED MAGNETIC STEEL SHEETS

IN ITS APPLICATION TO ELECTRIC CARS pp.105

CA 022 NEW MILLS for PRODUCTION

OF N.O. ELECTRICAL STEELS for ELECTRIC CARS pp.106

CA 022A THE FUTURE OF ELECTRICAL STEELS IN ELECTRIC CARS pp.106

CA 023 NON ORIENTED MAGNETIC STEEL SHEETS

GRADES FROM COMPANIES pp.106

CA 024 PRODUCTS PRODUCTION AND MARKET pp. 107

CA 025 ENVIRONMENTAL IMPACT, ENERGY

SAVINGS and ECONOMIC ASPECTS pp.108

—————————————

ASIDERURGIA 19 IRON – STEELMAKING and

ENVIRONMENTAL IMPACT pp.109

01 INTRODUCTION 01 2020 pp.109

02 HYDROGEN TECH WORLD Update, News, Electrolyzers,

Magazine, Etc…. pp.110

02A METHODS TO PRODUCE HYDROGEN IN ITS VARIOUS FORMS

SPECIALLY GREEN HYDROGEN 2022 pp.110

03 HYDROGEN AS RENEWABLE ENERGY 01 pp.114

04 HYDROGEN PRODUCTION PLANTS and DECARBONIZATION,

THE USE OF HYDROGEN AS REDUCING AGENT 01 pp.114

05 INTERNATIONAL PRODUCTION PLANTS and DECARBONIZATION,

THE USE OF HYDROGEN AS REDUCING AGENT 02 pp.123

(complete course about hydrogen) pp.123

06 INTERNATIONAL PRODUCTION PLANTS and

CARBON CAPTURE, the USE of HYDROGEN

as REDUCING AGENT 03 2024 pp.134

07 INTERNATIONAL PRODUCTION PLANTS and

CARBON CAPTURE,

THE USE OF HYDROGEN AS REDUCING AGENT 04 2025 pp.143

(Green Hydrogen), (European conference)

08 CONFERENCES ABOUT CLIMATE CHANGE COP pp.154

(Webinar Conferences from AIST and Universities)

09 REDUCTION OF CO2 EMISSIONS INTO THE ATMOSPHERE pp.157

(ULCOS, ULCORED )

10.ENVIRONMENTAL INSTITUTES AND COMPANIES pp.160

————————————-

ASIDERURGIA 15 – Direct Reduction

K1 MET Metellurgical Competence Center

Home – K1-MET – Metallurgical competence center

DR 15 003 Dies ist ein Titel – 3.-Thomas-BUERGLER.pdf (climat change)

ANSTEEL China

Jiuzhou Metal-One-Stop Steel Supplier

DR 15 001 Introduction of Pilot Plant Building of Hydrogen-based Iron Ore Direct Reduction with Fluidized Bed in Anstel – 4.-Guangyu-MA.pdf

HELIOS

Home Page – Helios

DR 15 002 The-Helios-Cycle-A-Decarbonized-Iron-Ore-Reducation-Process-Through-Sodium-Looping.pdf

HYDRA Centro Sviluppo Materiali CSM

DR 15.003 PowerPoint Presentation – 6.-Filippo-CIRILLI.pdf

DIRECT REDUCTION 16 METSO PROCESS

Metso Inaugurates Circored Pre-Reduction Pilot Plant – Association for Iron & Steel Technology

Metso opens Circored pre-reduction pilot plant in Frankfurt, Germany – Metso

H2-View News: Metso opens hydrogen iron ore pre-reduction pilot in Frankfurt | H2 Energy Group

DIRECT REDUCTION 17 HIBIS Group

DR 17 HBIS GROUP 空白演示 – 1.-Menglong-LI.pdf

DIRECT REDUCTION 20 DIRECT STEELMAKING PROCESSES

History

Direct reduction steelmaking process

Direct steel-making process

Emerging Technologies for Iron and Steelmaking

Process for fluidized bed direct … – Google Patent Search

DIRECT REDUCTION 25 MIDREX PROCESS

V Midrex | MUY BUENO Direct Reduction Ironmaking Technologies | MIDREX

Direct from Midrex – Midrex Technologies, Inc.

Direct from Midrex 29.06.2023 – 26 – Midrex Technologies, Inc.

MIDREX® Direct Reduction Plants – 2020 Operations Summary – Midrex Technologies, Inc.

KOBE STEEL, LTD. KOBELCO https://www.kobelco.co.jp/english/products/engineering/ironunit/dri.html

Midrex

Midrex Technologies, Inc

Midrex® Technology – – Siemens (low CO2 Ironmaking and its place in the new H2 Economy)

Process Technologies Direct Reduction Ironmaking MIDREX

MxCol – Midrex Technologies, Inc.

MIDREX NG – Midrex Technologies, Inc.

Project Development – Midrex Technologies, Inc.

Global Solutions – Midrex Technologies, Inc.

MAEGMA Minerals Turns to Primetals Technologies for MIDREX Flex Plant – Association for Iron & Steel Technology

MAEGMA Minerals Partners with Primetals Technologies for MIDREX Flex Plant Construction – think.steel

Current News of Primetals Technologies

midrex direct reduction process – Google Académico

HYL direct reduction process – Google Académico

label:iron ores Direct reduction by MIDREX – Google Scholar

MIDREX Plants – Buscar con Google

Midrex DRI – Buscar con Google

MIDREX process – Buscar con Google

Direct reduced iron – Buscar con Google

DRI reactor – Buscar con Google

DRI decarbonization – Buscar con Google

BOOKS and PAPERS

(2) Lecture 17 – Midrex Process//Gas Based DRI Production #ironmaking – YouTube

A comprehensive multiscale review of shaft furnace and reformer in direct reduction of iron oxide – ScienceDirect

Direct Reduction of Iron Process.pdf (Book)

AIST Bibliografia MIDREX

label:Direct reduction by MIDREX – Google Scholar

label:iron ores Direct reduction by MIDREX – Google Académico

label:MIDREX – Google Search

VIDEOS

(38) The MIDREX Process Animation Video – YouTube

midrex® the world’s leading direct-reduced iron production p – YouTube

DIRECT REDUCTION 25A MIDREX NEWS and PAPERS 2019 to 2024

Report: Worldwide DRI Production Sets New Record – Association for Iron & Steel Technology

Direct from Midrex | Midrex Technologies, Inc. ( papers)

World DRI production reaches 140.8 Mt in 2024 | Midrex Technologies, Inc.

46 Direct from Midrex 2022 Midrex Technologies, Inc.

Midrex-DFM-2ndQtr2024.pdf

The Effects of Pressure on the Direct Reduction of Iron Oxides: Part 1 – Pressure & Particles Entrainment – Midrex Technologies, Inc.

Is HBI Physical Strength Affected By Hydrogen vs. Reformed Natural Gas? – Midrex Technologies, Inc.

MIDREX® Direct Reduction Plants 2022 OPERATIONS SUMMARY – Midrex Technologies, Inc.

The New Age of Hot Briquetted Iron (HBI): How will the Steel Industry Transform? – Midrex Technologies, Inc.

TOSYALI ALGERIE – JEWEL OF THE ALGERIAN STEEL INDUSTRY – Midrex Technologies, Inc.

Fueling the Future of Ironmaking: MIDREX Flex™ – Midrex Technologies, Inc.

Outlook for DRI Production and Use – Midrex Technologies, Inc.

Midrex, Vale to Further Develop Use of Iron Ore Briquettes in DRI Furnaces – Association for Iron & Steel Technology

The Iron Ore Challenge for Direct Reduction On Road to Carbon-Neutral Steelmaking – Midrex Technologies, Inc.

4Q 2019 Direct From Midrex – Midrex Technologies, Inc.

Technical Papers & Brochures | MIDREX

MIdrexDRI_ProductsBrochure_4-12-18.pdf

Building_DR_Plants_Brochure.pdf

MidrexStatsBook2017.5_.24_.18_.pdf

Midrex_Plants_sheet9.2018_.pdf

MIDREX® Process Products || KOBE STEEL, LTD.

Midrex H2 – Midrex Technologies, Inc.

The MIDREX® Process – YouTube

(20+) Watch | Facebook

DIRECT REDUCTION 25B MIDREX REDUCTION by H2 2023

Clariant and Midrex Renew Green DRI Technology Collaboration – Association for Iron & Steel Technology

Clariant & Midrex fortify partnership in DRI, helping to decarbonize the steel industry

Midrex and AMI to offer DRI-based steelmakers complete process optimization solutions – Midrex Technologies, Inc.

World DRI production reaches 127.36 Mt in 2022 – Midrex Technologies, Inc.

Direct from Midrex – Midrex Technologies, Inc.

Midrex H2 – Midrex Technologies, Inc.

MIDREX NG™ with H2 Addition: Moving from natural gas to hydrogen in decarbonizing ironmaking – Midrex Technologies, Inc.

44 MIDREX H2: Ultimate Low CO2 Ironmaking and its place in the new Hydrogen Economy – Midrex Technologies, Inc.

ArcelorMittal Hamburg Turns 50 – Leading Another Ironmaking Renaissance – Midrex Technologies, Inc.

ArcelorMittal commissions Midrex to design demonstration plant for hydrogen steel production in Hamburg – Midrex Technologies, Inc.

74 Midrex and Paul Wurth Selected by H2 Green Steel – Midrex Technologies, Inc.

thyssenkrupp Steel Selects MIDREX Flex™ for Immediate CO2 Emissions Reduction – Midrex Technologies, Inc.

Kobe Steel & Mitsui Announce DRI Project in Oman; 5 Million Tons Using MIDREX® Hydrogen-based Technology – Midrex Technologies, Inc.

Primetals, Midrex and Metalloinvest lay solid foundation for development of green steelmaking – Midrex Technologies, Inc.

Midrex-DFM-1stQtr2024.final_.pdf

2Q 2023 Direct from Midrex – Midrex Technologies, Inc.

3Q 2022 Direct From Midrex – Midrex Technologies, Inc.

2Q 2021 Direct from Midrex – Midrex Technologies, Inc.

1Q 2020 Direct From Midrex – Midrex Technologies, Inc.

Dealing with an Uncertain Future: Direct Reduction in the Hydrogen Economy – Midrex Technologies, Inc.

Midrex Technologies Presents & Exhibits at AISTech 2022 in Pittsburgh – Midrex Technologies, Inc.

Carbon Capture & Use – VIDEOS Midrex Technologies, Inc.

Shaft Furnace Direct Reduction Technology – Midrex and Energiron | Scientific.Net

Waste heat recovery DRPROCESS by H2-for-Green-Steel-Conference-Direct-Reduction-Processes-based-on-H2.pdf

GravitHy cooperates with Plug for new green DRI facility in Finland – EGHAC

46A Midrex-DFM-1stQtr2025.pdf

46B Driving Global Sustainability in Iron & Steelmaking | Midrex Technologies, Inc.

46D Impact of Hydrogen DRI on EAF Steelmaking – Midrex Technologies, Inc.

47 Structure & Properties of Hydrogen-based DRI Compared with Natural Gas-Based Reduction | Midrex Technologies, Inc.

DR 25B -MIDREX Vincent-CHEVRIER.pdf

DR 25B 01 PowerPoint Presentation – Presentation_Vincent-CHEVRIER-Midrex.pdf

DIRECT REDUCTION 25C ARTICULOS DIRECT REDUCTION by H2 2023

Primetals Technologies, voestalpine Partner on New Iron Plant – Buscar con Google

Primetals Technologies, voestalpine Partner on New Iron Plant – Association for Iron & Steel Technology

Current News of Primetals Technologies

Direct Reduction Iron Ores by H2 – Buscar con Google

The Direct Reduction of Iron – ScienceDirect

(11) The Direct Reduction of Iron | Request PDF

Hydrogen Assisted Direct Reduction of Iron Oxides | SpringerLink

103 Recent Trends in the Technologies of the Direct Reduction and Smelting Process of Iron Ore/Iron Oxide in the Extraction of Iron and Steelmaking | IntechOpen

Hydrogen Direct Reduced Iron | SpringerLink

Hydrogen-Based Direct Reduction of Iron Oxides | SpringerLink

Primary Exploration of Hydrogen Metallurgy | SpringerLink

Direct Reduction of Iron Oxides with Hydrogen | SpringerLink

Reduction of Iron Oxides with Hydrogen—A Review – Spreitzer – 2019 – steel research international – Wiley Online Library

Hierarchical_nature_of_hydrogenbased_direct_reduction_of_iron_oxides – 2201.12616.pdf

Microsoft Word – SHAHBEIG Vol885 2016 p114-122 – shahbeig_vol885_2016_p114_122.pdf

(5) Thermodynamic analysis and experimental verification of the direct reduction of iron ores with hydrogen at elevated temperature | Request PDF

(5) (PDF) Correlating Chemical Reaction and Mass Transport in Hydrogen-based Direct Reduction of Iron Oxide

(5) Direct reduction of iron ore pellets by H2 and CO: In-situ investigation of the structural transformation and reduction progression caused by atmosphere and temperature | Request PDF

(5) (PDF) Physics and Chemistry of Solid State Direct Reduction of Iron Ore by Hydrogen Plasma

(5) Influence of microstructure and atomic-scale chemistry on the direct reduction of iron ore with hydrogen at 700°C | Request PDF

(5) (PDF) Green steel at its crossroads: hybrid hydrogen-based reduction of iron ores

(5) Determining the Kinetic Rate Constants of Fe3O4-to-Fe and FeO-to-Fe Reduction by H2 | Request PDF

(5) A Theoretical Model for Assessing the Influence of N2 on Gaseous Reduction of Iron Ores with CO or H2 | Request PDF

O-17　Achievement of theoretical hydrogen consumption in Hydrogen Direct Reduction of Iron Ore

The demand response potential of a hydrogen-based iron and steel plant | IEEE Conference Publication | IEEE Xplore

Articles and papers about Direct reduction By H2 – Buscar con Google

Direct Reduction of Iron Oxides with Hydrogen – Buscar con Google

papers about direct reduction by h2 – Google Académico

Hydrogen-Based Direct Reduction of Iron Oxides: A Review on the Influence of Impurities – sustainability-15-13047.pdf

DRI and the Pathway to Carbon-Neutral Steelmaking: Iron Ore Challenges (3759224)

Low CO2 and Reliable Valorization of Iron and Steel Waste Residuals in DR Plant (3759166)

Thermodynamic Behaviors of MIDREX Shaft (3759196)

DRI and the Pathway to Carbon-Neutral Steelmaking: Iron Ore Challenges (3759224)

DIRECT REDUCTION 26 HYFOR PROCESS

99.015 Danieli to Upgrade Turnkey Meltshop for ArcelorMittal Sestao – Association for Iron & Steel Technology

99.016 Construction Starts for Hydrogen-Based Ironmaking Plant

99.017 Hy4Smelt: Construction on Austria’s largest climate action research project starts at the voestalpine site in Linz – voestalpine

HYFOR pilot plant under operation – the next step for carbon free, hydrogen-based direct reduction is done | Primetals Technologies

Hydrogen-based ironmaking: MHI Australia and Primetals Technologies join Heavy Industry Low-Carbon Transition Cooperative Research Centre | Primetals Technologies

DIRECT REDUCTION 27 PERED (IRAN) PROCESS

PERED Technology for Direct Reduced Iron Production – IspatGuru

(PDF) An environmental study on persian direct reduction (PERED®) technology: Comparing capital cost and energy saving with MIDREX® technology

Pered Direct Reduction Process | PDF | Natural Gas | Iron

Development of Direct Reduced Iron in China: Challenges and Pathways

Mines and Metals Engineering – PERED

First Persian Direct Reduction Technology Applied

Introduction of PERED : company

Home : company

South Kaveh Steel Steelmaking Plant Project : company

DIRECT REDUCTION 28 POSCO HyREX PROCESS

DR 28 HyREX PowerPoint 프레젠테이션 – 6.-Myoung-Gyun-SHIN.pdf

DR 28 02 PowerPoint 프레젠테이션 – Presentation_Myoung-Gyun-SHIN-POSCO.pdf

DIRECT REDUCTION 30 HYL PROCESS 2018

HYL Process for Direct Reduction of Iron Ore | ispatguru.com

Hylsamex, un símbolo regio se derrite

Tenova HYL

Iron Reduction Techn – TENOVA IMPORTAN REF BIBLIOGRAF

HYL III Process | Industrial Efficiency Technology & Measures

DIRECT REDUCTION 30A HYL ENERGIRON PROCESS

NEW MILLS in NUCOR Louisiana 2013

Nucor Sets New World Record for Cold DRI Production – Association for Iron & Steel Technology

Salzgitter will commission a hydrogen-ready direct reduction plant for iron by 2026 – Green Hydrogen News

untitled – energiron_book_2014.pdf

Iron Reduction Techn – TENOVA IMPORTAN REF BIBLIOGRAF

ENERGIRON® | Tenova

Tenova to provide the first hydrogen experimental DRI plant in Japan – GreenSteelWorld.com

Tenova to provide the first hydrogen experimental DRI plant in Japan

Tenova will supply a pilot direct reduction unit for Nippon Steel

Energiron THE INNOVATIVE DIRECT REDUCTION TECHNOLOGY

CDI Corporation Teams Up With Nucor and Tenova To Develop World's Largest Direct Reduced Iron Facility

———————-

untitled – Energiron_Brochure-2020.pdf

Energiron® DRI Tower Construction – YouTube

ENERGIRON | DRI TECHNOLOGY BY TENOVA AND DANIELI

(1) Videos ENERGIRON – YouTube

(1) Energiron® ZR process – YouTube

ENERGIRON 08 SEAISI_2021_Energiron.pdf

http–media.wix.com-ugd-f57d32_28ce2763206049ebb5d22d41fe964abf.pdf

http–www.spongeironindia.in-presentations-AndresVilla.pdf MUY BUENO

JSPL Selects Energiron for Four DR Plants Steel Times International

Danieli Training Energiron DRI plants

https://www.danieli.com/en/news-media/news/omk-contracts-danieli-new-2-5-mtpy-direct-reduction-plant_37_570.htm

energiron – Buscar con Google

Energiron – a new generation of direct reduction technology-Alibaba Trade Forums

Energiron direct reduction process – Google Académico

Direct-Reduced Iron Process (DRI) | NIPPON STEEL ENGINEERING

Energiron ZR DR – Industry Participants

Nova Analytical Systems #144 – EnErgiron Technology – Econom Flexible, Environ Friendly

Shaft Furnace Direct Reduction Technology – Midrex and Energiron

Tenova HYL

ARTICLES

label:iron ores Direct reduction Energiron – Google Scholar

DIRECT REDUCT 30B HYL ENERGIRON PROCESS by H2 2023

Search | Tenova

Nucor achieves world production record thanks to ENERGIRON | Tenova

ENERGIRON | DRI TECHNOLOGY BY TENOVA AND DANIELI

138 Energiron ® Largest Hydrogen-Based DRI Facility in China for Baosteel Zhanjiang – ENERGIRON

ENVIRONMENT – ENERGIRON

HYDROGEN – ENERGIRON

CO2 REMOVAL SYSTEM – ENERGIRON

ENERGIRON ZR – ENERGIRON

2022 Energiron® Licensee Conference – Two-day event hosted by Tenova and Danieli – ENERGIRON

137 TATA STEEL CHOOSES ENERGIRON® TECHNOLOGY – ENERGIRON

Salzgitter Flachstahl selects Energiron DR technology ‹ Danieli

ArcelorMittal relies on Energiron® DRI technology ‹ Danieli

Tenova provide Arcelor Mittal with new plant | WIRE

Tenova DRI Plant for ArcelorMittal Dofasco | Tenova

80B Second hydrogen-based DRI plant to be installed in China

Largest Hydrogen-Based DRI Facility in China | Tenova

Energiron direct reduction technology: ecological and economic green steel solutions – Millennium Steel

Shaft Furnace Direct Reduction Technology – Midrex and Energiron | Scientific.Net

Energy and Power Technology | Scientific.Net

DRI Archives – GreenSteelWorld.com

Tenova’s ENERGIRON DR Plant Produces First DRI – Association for Iron & Steel Technology

002 Tenova’s ENERGIRON DR plant achieves its first direct reduced iron production in Bolivia

002A Tenova plant in Bolivia produces first Direct Reduced Iron

002B Tenova’s ENERGIRON plant achieves first DRI production at Bolivia

DIRECT REDUCTION 40 MULTINATIONALS and STATISTICS

About Metallics | International Iron Metallics Association

Nucor to invest in US DRI plant, sees scrap up

https://www.spglobal.com/platts/en/market-insights/latest-news/metals/090220-omk-to-build-complex-to-make-steel-in-dri-pellet-fed-electric-arc-furnace

https://www.midrex.com/wp-content/uploads/MidrexSTATSBook2023.pdf

https://www.gminsights.com/es/industry-analysis/direct-reduced-iron-market

DIRECT REDUCTION 50 DR AND SMELTING (Videos of processes )

Direct reduction (Videos)

(38) Direct reduction videos – YouTube

(34) Largest DRI Plant in the World – YouTube

(38) Teamvideo @ voestalpine Texas LLC – YouTube

Direct reduced iron and production of DRI part 1 – YouTube

Direct reduced iron – YouTube

DRI , GAS BASED PROCESSING – YouTube

Determination of Reduction Extent in DRI Production – YouTube

Northshore DR Grade Pellet Project Cleveland Cliffs 13.08.2019 – YouTube

Francesco Memoli STEEL AND DR- YouTube

Midrex (Videos)

Midrex – Process Principle (English) – YouTube

MIDREX PLANT AUTOMATION DEMO BASED ON 3D SCADA CONTROL SYSTEM – YouTube

Midrex® the world’s leading direct-reduced iron production process – YouTube

New HBI (MIDREX) plant will begin operations in 2019 in Canada # Steel News (Jan – 16) – YouTube

DRI e MIDREX.avi – YouTube

A Direct Reduced Iron (DRI) plant – LIBERTY Steel Group

Voestalpine Texas 2016 (Videos)

June 2016: Progress of construction work on the HBI plant Texas, Corpus Christi – YouTube

Timelapse voestalpine Texas LLC – YouTube

Opening voestalpine Texas LLC – YouTube

The HBI direct reduction process – voestalpine in Texas – YouTube

Corex (is Smelting) videos

Corex® smelting reduction plant – YouTube

COREX Process Iron Smelting – YouTube

Energiron (Videos)

(38) ENERGIRON for Direct Reduction – YouTube

(38) Energiron® ZR process – YouTube

(2) Energiron® ZR process – YouTube

(38) Direct reduction videos Energiron – YouTube

DRI plant – YouTube Energiron

DRI plant – YouTube

Energiron Sept2016 – YouTube

Nanometal LLC – ENERGIRON Facebook

Finex

(8) Finex® – DESCARGAD the ironmaking solution of the 21st century – YouTube

ITmk3 Fastmet- Fastmelt (smelting)

https://www.ijream.org/papers/IJREAM_AMET_0032.pdf

https://www.researchgate.net/publication/280100086_Reduction_and_meltdown_of_pellets_in_the_ITmk3_process

https://es.scribd.com/document/51969684/itmk3-R

https://www.ispatguru.com/itmk-3-process-of-making-iron-nuggets/

ITmk3 Process (technology of iron nuggets making) – YouTube

https://www.kobelco.co.jp/english/releases/2010/1182907_14776.html

FASTMET Process for DRI ironmaking – YouTube

Zinc in the FASTMET DRI ironmaking – YouTube

FASTMELT Process for hot metal production – YouTube

Rotary (videos)

(38) Turnkey Project | DRI Plant | Electrotherm – YouTube

rotary kiln DRI production technology – YouTube

SL – RN (Iron Making Rotary Kiln Process for DRI Production) – YouTube

rotary kiln.swf – YouTube

DRI , THE SPONGE IRON INDUSTRIE FULL VIDEO – YouTube

Iron Production Process – YouTube

sponge iron details – YouTube

Hismelt (smelting)

Kwinana Hismelt Plant Iron Smelting – YouTube

HIsmelt Closure Project – YouTube

Hismelt Process Iron Smelting. Background – YouTube

Can HiSmelt Be The Future Technology of Ironmaking? – YouTube

ii) Smelting Reduction Processes | Request PDF

HIsarna (smelting)

Tata's revolutionary HIsarna Process of steel-making – Vídeo Dailymotion

Tata's revolutionary HIsarna Process of steel-makingMUCH VIDE – YouTube

Romelt (smelting)

https://www.ispatguru.com/romelt-process-for-ironmaking/

https://www.sail.co.in/en/learning-center/smelting-reduction-technologies

https://www.ctc-n.org/technologies/smelt-reduction-iron-and-steel-sector

DIRECT REDUCTION 65 ARTICLES and MODERN TRENDS

Direct reduced iron process – tec-science

A Brief Overview 65 001 of Low CO2 Emission Technologies for Iron and Steel Making – ScienceDirect

A bottom-up analysis65 002 of China’s iron and steel industrial energy consumption and CO2 emissions – ScienceDirect

DIRECT REDUCTION 67 REDUCTION by HYDROGEN

Hydrogen‐Based Direct Reduction of Iron Oxides Pellets Modeling – Cavaliere – 2023 – steel research international – Wiley Online Library

Recent Developments in Plasma Metal Processing : High Temperature Materials and Processes

Potential transitions in the iron and steel industry in Sweden: Towards a hydrogen-based future? Emrah Karakaya a, *, Cali Nuur a, Linda Assbring b – Buscar con Google

Adopting hydrogen directCOLOCADO 087 reduction for the Swedish steel industry: A technological innovation system (TIS) study – Adopting-hydrogen-direct-reduction-for-the-Swedish-steel-industry-A-technological-innovation-system-TIS-study.pdf

Efficiency of hydrogen COLOCADO 092 10 6 002 utilization in reduction processes in ferrous metallurgy – ScienceDirect

Assessment of hydrogen 10 6 003 direct reduction for fossil-free steelmaking – ScienceDirect

CDA Steelmaking 10 6 004 without carbon axel.sormann@k1-met.com – Buscar con Google

Microsoft Word -10 6 006 SD6.doc – 0803.2831.pdf

(PDF) A Laboratory 10 6 006 Study of the Reduction of Iron Oxides by Hydrogen

ArcelorMittal 10 6 007 commissions Midrex to design demonstration plant for hydrogen steel production in Hamburg – ArcelorMittal

The Use of Hydrogen COLOCADO 084 10 6 008 in the Iron and Steel Industry – fcto-h2-scale-kickoff-2018-19-green.pdf

hydrogen steelmaking-for-a-low-carbon-economy.pdf

Towards a fossil free steel sector

https://kth.diva-portal.org/smash/get/diva2:1372050/FULLTEXT01.pdf

Hydrogen: the future energy 10 6 016 carrier | Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences

Reduction of Fine Ores in Argon‐Hydrogen Plasma – Plaul – 2005 – steel research international – Wiley Online Library

Hydrogen plasma COLOCADO 096 10 6 017 smelting reduction – An option for steelmaking in the future

blast furnace hydrogen Reduction – Buscar con Google (blast furnace)

https://www.ijraset.com/fileserve.php?FID=9955 (Hydrogen Plasma smelting reduction )

high temp. chemistry-its role in metal production.pdf

Studies on plasma processing of blue dust – ethesis

http://www.aimnet.it/la_metallurgia_italiana/2018/luglio_agosto/masab.pdf (Theory)

RECENTS 2020

COMMUNICATION COLOCADO 078 079 FROM THE COMMISSION TO THE EUROPEAN PARLIAMENT, THE COUNCIL, THE EUROPEAN ECONOMIC AND SOCIAL COMMITTEE AND THE COMMITTEE OF THE REGIONS A hydrogen strategy for a climate-neutral Europe – Publications Office of the EU

Powering a climate-neutral economy 10 6 020 COLOCADO 078

energy_ system_integration_strategy_.pdf 10 6 021 COLOCADO 078

hydrogen_strategy.pdf 10 6 022COLOCADO 078

Q&A: An EU Strategy for Energy System Integration 10 6 023 COLOCADO 078

Q&A: A Hydrogen Strategy 10 6 024 COLOCADO 078

EU Energy System Integration Strategy 10 6 025 COLOCADO 078

EU Hydrogen Strategy 10 6 026 COLOCADO 078

European Clean Hydrogen Alliance 10 6 027COLOCADO 078

https:// www.ssab.com/news/2020/08/hybrit-ssab-lkab-and-vattenfall-to-start-up-the-worlds-first-pilot-plant-for-fossilfree-steel 19020 002 COLOCADO 095

Media invitation: HYBRIT – the world’s very first pilot plant for fossil-free steel is now to start operation – SSAB 09020 003 COLOCADO 095

https://19020 004www.ssab.com/news/2020/09/ssab-joins-the-european-clean-hydrogen-alliance

20200917 Successful implementation of bold new 2030 climate target urgently needs tangible framework

Adopting hydrogen10 6 015 direct reduction for the Swedish steel industry: A technological innovation system (TIS) study (PDF)COLOCADO 087

Hydrogen Steelmaking – YouTube (Video)

(5) Hydrogen and Low-Co2. – YouTube (Video)

(5) The role of hydrogen COLOCADO 153 in future low-carbon energy systems (Low-Carbon Energy Center Webinar) – YouTube (Video)

(5) hydrogen from electrolysis of water – YouTube (Video)

(5) The Hydrogen Electrolyser – YouTube (Video)

(8) Production, Storage DESCARG Safe Handling of Hydrogen – YouTube (Video)

MORE RECENTS 2022

Direct reduction iron ores – Buscar con Google

DRI steel hydrogen – Buscar con Google

DRI steel hydrogen – Búsqueda de Google

Hydrogen dri production of Iron ores with Hydrogen – Buscar con Google

ArcelorMittal successfully tests partial replacement of natural gas with green hydrogen to produce DRI | ArcelorMittal

Hydrogen-based steelmaking to begin in Hamburg | ArcelorMittal

ArcelorMittal Long Products Canada tests DRI production with green hydrogen – GreenSteelWorld.com

ArcelorMittal tests green hydrogen-based DRI production

ArcelorMittal tests «green» hydrogen in iron ore reduction process – Canadian Mining Journal

ArcelorMittal tests the use of green hydrogen in DRI – Stainless Steel World.net

ArcelorMittal successfully tests partial replacement of natural gas with green hydrogen to produce DRI

DRI Archives – GreenSteelWorld.com

Kobe Steel set to launch Japan’s first low CO₂ blast furnace steel – GreenSteelWorld.com

Hyundai Steel to build 'Hy-Cube', a CO2-neutral steel production system – GreenSteelWorld.com

POSCO develops hydrogen reduction steelmaking to achieve net-zero by 2050 – GreenSteelWorld.com

Hydrogen direct reduction (H-DR) in steel industry—An overview of challenges and opportunities – ScienceDirect

https://ars.els-cdn.com/content/image/1-s2.0-S095965262103972X-ga1_lrg.jpg

1-s2.0-S095965262103972X-ga1_lrg.jpg (Imagen JPEG, 1272 × 886 píxeles) – Escalado (84 %)

Circored™ hydrogen-based reduction – Metso Outotec

Case study: H2 in Steel | Climate Solutions

New hydrogen-fueled DRI steel plant in Sweden – EUROMETAL

Impact of Hydrogen DRI on EAF Steelmaking, MIDREX – Hydrogen Central

Market for Green Hydrogen will Grow Explosively – Hydrogen Central

Decarbonizing Steel Production with Green Hydrogen – YouTube

HYDROGEN Mem-Tech

PowerPoint Presentation – AIST_MENA_SteelForum21_A_Manenti.pdf

43 Tenova to Build Hydrogen-Based DRI Facility in China | Industrial Heating

Green Steel production — H2 Green Steel

Fact-sheet-Hydrogen-H2-based-ironmaking.pdf

Green Hydrogen as a Clean Process Alternative in the Iron and Steel Industry | Dioxide Materials

Pilot scale direct reduction with hydrogen – Hybrit

The Potential of Hydrogen for Decarbonization: Reducing Emissions in Iron and Steel Production

green-steel-insight-brief.pdf

Green steelmaking will need technology and mining advances | IEEFA

Japan to speed up hydrogen-based steelmaking technology | Argus Media

20210330_ZC.pdf (Nippon Steel Carbon Neutral Vision 2050 ) 2021

Green hydrogen for steel production: RWE and thyssenkrupp plan partnership

Products

https://www.thyssenkrupp.com/en/products

Hydrogen transport technologies: the key to a global hydrogen economy

001 The Effect of the Endothermic Reaction Nature on the Iron Ore Pellet Reduction Using Hydrogen | SpringerLink

10 6 038 JRC Publications Repository

003 Reduction of Iron Oxides with Hydrogen—A Review – Spreitzer – 2019 – steel research international – Wiley Online Library

DIRECT REDUCTION 67A REDUCTION by HYDROGEN VIDEOS

H2-View News: Metso opens hydrogen iron ore pre-reduction pilot in Frankfurt | H2 Energy Group

Chinese Steel Giant Makes Production Smarter with Innovation｜BIZTODAY – YouTube

The MIDREX® Process – YouTube

¡La escala más grande del mundo! Proceso de fabricación de alambrón de acero con mineral de hierro – YouTube

How a direct reduction plant works – explained in 5 minutes – YouTube

Changing a Century of Steelmaking in a Flash – YouTube

Finex® – the ironmaking solution of the 21st century – YouTube

How a direct reduction plant works – explained in 5 minutes – YouTube

New breakthrough claims 90% reduction in Steelmaking emissions. – YouTube

Hydrogen reduction of iron oxide – YouTube

Cleveland-Cliffs wins up to $575M in DoE funding for decarbonization initiatives #CLF #Hydrogen – YouTube

Blast Furnace (Iron Production) – YouTube

Imagine your dream steelworks! POSCO HyREX(Hydrogen Reduction Ironmaking) – YouTube

Traditional vs. Low-Carbon Steelmaking: The Shift to Hydrogen – YouTube

Reduction of iron ore by hydrogen with Themys H2 – YouTube

Spong Iron Production//DRI Production// #ironmaking – YouTube

Decarbonizing Steel Production with Green Hydrogen – YouTube

(38) Energiron – YouTube

Can hydrogen powered plants turn steel production 'green'? | DW News – YouTube

Decarbonising Ironmaking Hydrogen based DRI – Webinar Presentaion by TENOVA – YouTube

Decarbonising Ironmaking: Hydrogen-based DRI in China & India | ENGAGE 2.0 – YouTube

H2 based DRI: the safe solution to decarbonize the iron and steel industry TENOVA – YouTube

ArcelorMittal Hamburg investigates hydrogen in steel production – YouTube

DIRECT REDUCTION 68 VIDEOS in GENERAL

Direct reductionMUCHOS Iron Ores By Hydrogen – YouTube

Energiron – YouTube

How a direct reduction plant works – explained in 5 minutes – YouTube

Finex® – the ironmaking solution of the 21st century – YouTube

How a direct reduction plant works – explained in 5 minutes – YouTube

ASIDERURGIA 15A MOLTEN METHOD OXIDE ELECTROLYSIS NEW 2025

last technological advances in iron and steelmaking – Buscar con Google

molten oxide electrolysis steel – Buscar con Google

Boston Metal – Wikipedia

Making steel with electricity – MIT Department of Materials Science and Engineering

42A Green Steel Solution – Boston Metal

A new way to make steel could cut 5% of CO2 emissions at a stroke | MIT Technology Review

A new anode material for oxygen evolution in molten oxide electrolysis | Nature

Molten oxide electrolysis in iron and steel making – Google Académico

Direct electrochemical conversion of metal oxides to metal by molten salt electrolysis: a review – K. S. Mohandas, 2013

soes to produce hydrogen in iron and steelmaking – Buscar con Google

woburn massachusetts.boston metal company – Buscar con Google

Using Electricity to Transform Metals Processing – Reducing Costs of Metal Extraction – 1 of 5 – YouTube

Making steel with electricity | MIT News | Massachusetts Institute of Technology

99.039 Donald Sadoway at EmTech MENA 2019: Steel Production without Co2 Emissions – YouTube

———————————————-

———————————————–

ASIDERURGIA 18 – NON ORIENTED MAGNETIC STEEL SHEETS: PHYSICAL CHEMISTRY AND METALLURGICAL BACKGROUND, MANUFACTURING PROCESSES, PROPERTIES

CA 000

The physical, chemical, and metallurgical fundamentals can be found in Volume I of the author’s book ¨ Review of modern steel processes Used for the manufacture of Non – Oriented Grain Magnetic Steel sheets¨ : in

https://www.ironandsteelmaking.com/electrical-steels/

https://www.researchgate.net/profile/Ignacio-Ibarrondo/research

CA 001 Magnetic Steel Sheet 2019

Catching the wave: Fives and Baowu launch new electrical steel lines

C 01 Latest news in Non Oriented Electrical steels – Buscar con Google

C 01A Non-Grain Oriented Electrical Steel Market Is Booming So Rapidly | Taiwan News | May. 24, 2024 11:47

C 01B Non-oriented Electrical Steel Market Size | US$ 26880 million by 2032, | RESEARCH DATA

C 01C Non Grain Oriented Electrical Steel Market-2023 will Revenue to Cross reaching USD 30132.06 million by 2028 Research by Business Opportunities, Top Companies report covers, Market-specific challenges, consumption by Regional data

C 01D 2031, Non-oriented Electrical Steel Market Size 2023: Expansion – SOUTHEAST – NEWS CHANNEL NEBRASKA

C 01E Manufacturing of non-grain-oriented electrical steels: review – s00170-024-13837-9.pdf

C 01F New facility in Mobile County promises to deliver ‘clean energy’ electrical steel – al.com

C 02 JFE Steel Corporation – Products and Services – ELECTRICAL STEEL SHEETS

C 03 Electrical steels – Industry IMPORT GRADOS

C 03A Industry catalogs R 090I

https://industry.arcelormittal.com/products-solutions/Products_in_the_spotlight/electricalsteels

C 04 Cogent Power – Part of the Tata Steel Group VER CATALOGOS

C 05 Home | Tata Steel in Europe

C 06 Tata Steel – Electrical steels

C 07 Tata Steel – Electrical steels in Automotive

C 08 Electrical Steels | Aperam

C 08A Non Grain Oriented (NGO) | Aperam

My POSCO | 마이 포스코

https://my.posco.com/s/exshowrmintegratedsearch?searchText=electrical+steel+

C 09 Posco Poggenamp

C 09A Electrical Steel – Products by usage – Products – POSCO

C 09B Products Search – Products – POSCO

C 09C POSCO Expands Production of its Non-Oriented Silicon Steel – The Steel Wire

C 09E Product Specification – Electrical steel- Products – POSCO PRODUCTS

C 10 Customers-Products-Cold-Rolled Coil – www.USSTEEL.com – United States Steel

C 11 Products :: Cleveland-Cliffs Inc. (CLF)

https://www.clevelandcliffs.com/products

C 11A DI-MAX M-13 Non-Oriented Electrical Steel – CLF_ProductData_DiMaxM13_052021.pdf

C 11B CLF_ProductData_MotorMaxTechnical Bulletin_632024.pdf

C 11B CLF_ProductData_Battery Electric Vehicle_062024.pdf

C 11C DI-MAX M-10X Non-Oriented Electrical Steels – CLF_ProductData_DIMAXM10X_052021.pdf

C 11D CLF_ProductData_DiMaxM15M47_062023.pdf

C 11E CLF_ProductData_MOTOR-MAX_052024.pdf

C 11F CLF_ProductData_CR_Motor Lamination_122023.pdf

C 12 electrical steels italy – Yahoo! Search Results

C 13 thyssenkrupp Electrical Steel GmbH > Locations > Company > thyssenkrupp Steel Europe

C 13A Electrical steel – thyssenkrupp

C 13B powercore® – non grain oriented steel – thyssenkrupp

C 14 iBaosteel

C 14A https://www.researchgate.net/publication/381163219_Manufacturing_of_non-grain-oriented_electrical_steels_review

C14A1https://www.mdpi.com/1996-1073/16/24/7954

C14A2 https://www.ironandsteelmaking.com/electrical-steels/

C 14B Baosteel Electrical Steel

C 15A https://www.voestalpine.com/stahl/en/Products/Steel-strips/Electrical-steel

C 15A1 https://www.voestalpine.com/isovac/en

C 15B Goods and insulating varnish systems – isovac®

C 15C Fields of application https://www.voestalpine.com/isovac/en/Products/Applications

label:strip casting technology electrical steels – Google Académico

CA 002 MANUFACTURING PROCESS 2019

C 11 Manufacturing Process – Electrical steel- Products – POSCO PRODUCTS

D 01 (11) Facebook

D 02 Characterization Methods along the Process Chain of Electrical Steel Sheet—From Best Practices to Advanced Characterization – PMC

D 03 http://esales.baosteel.com/baosteel_products/eleSteel/en/products/products_02.jsp

D 04 Influence of Chemistry and Hot Rolling Conditions on High Permeability Non-Grain Oriented Silicon Steel | Journal of Metals, Materials and Minerals

D 05 (2) Influence of hot-rolling parameters on microstructure and magnetic properties of non-oriented electrical steel

D 06 Effects of hot rolling and coiling temperatures on microstructure, texture and magnetic properties of 1.6 wt% Si non-oriented silicon steel – ScienceDirect

D 07 Improving magnetic properties of non-oriented electrical steels by controlling grain size prior to cold rolling – ScienceDirect

D 08 002 The effect of grain size before cold rolling on the magnetic properties of thin-gauge non-oriented electrical steel – IOPscience

D 09 The effect of cold-rolling on the magnetic properties of non-oriented silicon steel sheets (Journal Article) | OSTI.GOV

D 10 Effect of Rolling Process on Magnetic Properties of Fe-3.3 Wt% Si Non-Oriented Electrical Steel – Effect of Rolling Process on Magnetic Properties of Fe-3.3 Wt% Si.pdf

D 11 003 Effect of Shear Bands Induced by Asymmetric Rolling on Microstructure and Texture Evolution of Non-Oriented 3.3% Si Steel – PMC

D 12 007 Electrical steel with improved magnetic characteristics by asymmetric hot and cold rolling (Asylectro) Research – Publications Office of the EU

D 13 Non-oriented electrical ANNEALING steel with core losses comparable to grain-oriented electrical steel – NASA/ADS

D 14 Transformation of LaAlO3 Inclusions During Heating in a Solid Non-oriented Electrical Steel | SpringerLink

D 15 Texture Control During the Manufacturing of Nonoriented Electrical Steels – 173083.pdf

D 16 [PDF] Non-Oriented Electrical Steel Sheet: The Magnetic Properties Losses on Thickness Lamination Using Epstein Tester Frame by Yanawati Binti Yahya, Mohd Khairil Rahmat, N. S. Shariffuddin · 10.1088/1757-899x/864/1/012205 · OA.mg

D 17 Impact of the interaction of material production and mechanical processing on the magnetic properties of non-oriented electrical steel | AIP Advances | AIP Publishing

Production Proces of non oriented electrical steels – Buscar con Google

https://www.ironandsteelmaking.com/information-and-procedures-of-non-oriented-electrical-steels-steelmaking/

CA 003 CLASIFICATION

F 01 G 10 Electrical Steel, Non-oriented Electrical Steel

F 02 Silicon Steel-山东日钢金属制品有限公司

F 03 006 MiT_6_2010.vp – steiner.pdf

F 06 Jiangsu Junlicheng Steel Industry Co., Ltd

CA 004 CATEGORIES and GRADES of N.O.

G 01 http://esales.baosteel.com/baosteel_products/eleSteel/en/products/products_05.jsp

G 04 Electrical Steel: The heart of an electric motor – thyssenkrupp AG

G 04A Electrical steel – thyssenkrupp

G 05 Components for electric motors & generators – Estamode

G 09 C 09E Product Specification – Electrical steel- Products – POSCO PRODUCTS

CO2-reduced electrical steel from thyssenkrupp as a sustainable base material for the energy turnaround: thyssenkrupp Electrical Steel supplies transformer specialist SGB-SMIT with electrical steel for E.ON's new digital stations

F 01 G 10 Electrical Steel, Non-oriented Electrical Steel

CA 005 Super E Core 2019

H 01 http–www.jfe-steel.co.jp-en-products-electrical-catalog-f1e-002.pdf

H 02 Super e core – Buscar con Google

H 06 Propulsion Systems for Hybrid Vehicles – Google Books

H 03 http://www.jfe-steel.co.jp/en/products/electrical/product/supercore/index.php

H 04 http://www.jfe-steel.co.jp/en/products/electrical/product/supercore/detail.php

H 05 http://www.jfe-steel.co.jp/en/products/electrical/product/supercore/use.php

CA 006 HIGH SILICON 6.5% OBTAINED By RAPID SOLIDIFICATION .

I 01 005 Texture and Magnetic Property of Fe-6.5 wt % Si Steel Strip with Cu-Rich Particles Modification | ACS Omega

I 02 Microstructure, texture and magnetic properties of strip-cast 1.3% Si non-oriented electrical steels | Request PDF

I 03 Microstructure, texture evolution and magnetic properties of strip-casting non-oriented 6.5 wt.% Si electrical steel sheets with different thickness | IEEE Conference Publication | IEEE Xplore

I 04 Castrip electrical steels – Buscar con Google

I 04bis CASTRIP technology and Electrical steels – Buscar con Google

I 05 (PDF) Role of Annealing Time in Thin-Gauge Non-oriented Silicon Steels Processed by Strip Casting

I 06 Evolution of Microstructures and Texture of 1.3%Si Non-Oriented Electrical Steel in the Twin-Roll Strip Casting Process | Request PDF

I 07 Microstructure and texture evolution of strip casting 3 wt% Si non-oriented silicon steel with columnar structure | Request PDF

I 08 (PDF) Effects of Coiling Temperature after Hot Rolling on Microstructure, Texture, and Magnetic Properties of Non-Oriented Electrical Steel in Strip Casting Processing Route

I 09 Solidification structure and crystallographic texture of strip casting 3 wt.% Si non-oriented silicon steel | Request PDF

I 10 Effects of hot rolled microstructure after twin-roll casting on microstructure, texture and magnetic properties of low silicon non-oriented electrical steel | Request PDF

I 11 Metals | Free Full-Text | Role of Hot Rolling in Microstructure and Texture Development of Strip Cast Non-Oriented Electrical Steel

Abstract Title: Recent Product Developments with Ultra-Thin Cast Strip Products Produced by the CASTRIP® Process – KillmoreCDevelopmentofaFamilyofHighStrengthLowcarbonMicroalloyedUltraThincastStripproductsProducedbythecastripprocessCastripMST2010paperFinalV21July14KCjw-mergedCKedits-1.pdf

CA 006bis HIGH SILICON 6.5% OBTAINED By RAPID SOLIDIFICATION

CASTRIP PROCESS

I 04 Castrip electrical steels – Buscar con Google

I 04bis CASTRIP technology and Electrical steels – Buscar con Google

https://www.ironandsteelmaking.com/ (Strip casting technology : Free Book)

CA 007 HIGH SILICON 6.5% OBTAINED by ROLLING

J 01 Tatsuhiko Hiratani | Semantic Scholar MANY REFERENCES

J 02 Tatsuhiko Hiratani

https://www.researchgate.net/profile/Tatsuhiko-Hiratani

J 04 High Efficiency Warm-cold Rolling Technology of Fe-6.5wt%Si Alloy Sheets | Semantic Scholar

J 05 Cold rolled Fe-6.5 wt. % Si alloy foils with high magnetic induction: Journal of Applied Physics: Vol 111, No 9

J 06 Processing of Fe-6.5wt.%Si alloy foils by cold rolling

J 07 Metals | Free Full-Text | Textures of Non-Oriented Electrical Steel Sheets Produced by Skew Cold Rolling and Annealing | HTML

J 08 Two-stage warm cross rolling and its effect on the microstructure, texture and magnetic properties of an Fe-6.5 wt% Si non-oriented electrical steel | SpringerLink

J 09 Two-stage warm cross rolling and its effect on the microstructure, texture and magnetic properties of an Fe-6.5 wt% Si non-oriented electrical steel

J 10 Development Rolling mill for high 6,5% Silicon Content – Buscar con Google

CA 008 WARM COLD ROLLING

K 01 (PDF) Research of Rolling Process with Warm for Cold-Rolled Non-Oriented Electrical Steel

K 02 Effect of Warm Rolling on the Rolling and Recrystallization Textures of Non-oriented 3% Si Steel | Semantic Scholar

K 03 warm rolling in non oriented magnetic steel sheets – Búsqueda de Google

K 04 008 Effect of warm rolling process on texture of Fe 6.5 %Si steel sheet

K 05 Two-stage warm cross rolling and its effect on the microstructure, texture and magnetic properties of an Fe-6.5 wt% Si non-oriented electrical steel | springerprofessional.de

K 06 EBSCOhost | 144203317 | Two-stage warm cross rolling and its effect on the microstructure, texture and magnetic properties of an Fe-6.5 wt% Si non-oriented electrical steel.

CA 009 MAGNETISM : BOOKS and BIBLIOGRAPHY (Papers)

L 02 Precipitates in Compact Strip Production (CSP) Process Non-Oriented Electrical Steel – metals-10-01301-v2.pdf

L 03 Electrical steels – Búsqueda de Google

L 04 Electrical Steels | SpringerLink

L 05 Tatsuhiko Hiratani | Semantic Scholar

https://www.semanticscholar.org/author/T.-Hiratani/40033414

L 06 (2) Tatsuhiko Hiratani

L 08 Tatsuhiko Hiratani – Buscar con Google

BOOKS

L 09 Electrical Steels: Production, MOSES 2019 characterisation and applications Energy Engineering: Amazon.es: Anthony Moses, Keith Jenkins, Philip Anderson, Hugh Stanbury:

https://www.amazon.es/Electrical-Steels-Characterisation-Applications-Engineering/dp/178561276X/ref=sr_1_fkmrnull_1?__mk_es_ES=%C3%85M%C3%85%C5%BD%C3%95%C3%91&keywords=ISBN-13%3A+978-1785612763&qid=1556529876&s=books&sr=1-1-fkmrnull

L 10 Electrical Steels:MOSES 2019 Volume 1: Fundamentals and basic concepts Energy Engineering: Amazon.es: Anthony Moses, Keith Jenkins, Philip Anderson, Hugh Stanbury: Libros

L 11 Electrical Steels: MOSES 2019 Volume 2: Performance and applications (Energy Engineering): Amazon.co.uk: Anthony Moses, Keith Jenkins, Philip Anderson, Hugh Stanbury: 9781785619724: Books

L 14 introduction to magnetic materials BUENO 2019- Buscar con Google

L 15 Amazon.es: electrical steels: Libros

L 18 Electrical steels – Buscar con Google

L 20 non oriented electrical steel – Google Académico

L 21 electrical steels for rotating machines – Google Scholar

L 22 magnetic properties of non-oriented electrical steels – Google Scholar

L 23 rotating machines «iron loss model» – Google Scholar

L 24 non-oriented electrical steel «core loss» – Google Scholar

L 25 non-oriented electrical steels «coating technology» – Google Scholar

L 26 A J Moses – Google Scholar

L 27 A J Moses – Google Académico

ARTICLES Grain Size

L 28 non-oriented electrical steel grain structure – Google Scholar

L 29 non-oriented electrical steel «ferrite grain size» – Google Scholar

TEXTURES : Books and Articles (Papers)

L 30 textures in electrical steels – Buscar con Google

L 31 textures in non oriented electrical steels – Buscar con Google

L 32 Proceedings of the 6th International Conference on Recrystallization and … – Google Libros

L 33 non-oriented electrical steel texture development – Google Scholar

ARTICLES : Strip Casting Technology

L 34 non-oriented electrical strip casting technology – Google Scholar

ARTICLES Chemical composition

L 35 non-oriented electrical steel effect chemical composition – Google Scholar

L 36 non-oriented electrical steel «aluminum content» – Google Scholar

L 37 non-oriented electrical steel «effect of phosphorus» – Google Scholar

L 38 non-oriented electrical steel effect sulphur content – Google Scholar

L 39 non-oriented electrical steel affect nitrogen content – Google Scholar

L 40 non-oriented electrical steel effect manganese content – Google Scholar

L 41 Electrical Steels for Rotating Machines – Philip Beckley – Google Books

CA 010 CHEMICAL COMPOSITION

M 01 Influence of chemical composition and processing conditions on the microstructure and magnetic properties of low-carbon Si-Al-Sb electrical steel sheets – ScienceDirect

M 02 low-carbon electrical steel – Buscar con Google

M 03 low-carbon Without Silicon electrical steel – Buscar con Google

GRADES of non oriented Electrical steels

M 03A Summary of grades of non-oriented electrical steel (fully processed) [Encyclopedia Magnetica™]

M 03B mag_cores_dataAKSteel-very good.pdf

https://es.scribd.com/doc/188689510/Oriented-Bulletin

M 03C How to Select the Right Silicon Steel Grade for Motor Laminations?

M 03D Tech Steel & Materials Essential Guide to Electrical Steels | Tech Steel & Materials

M 03E Introduction of Electrical Steel –

————-

M 03F Nonaging low-carbon transformer steel | Metal Science and Heat Treatment

M 03G Ferrosilicon for electrical steel | Elkem.com

M 03H Influence of chemical composition and processing conditions on the microstructure and magnetic properties of low-carbon Si-Al-Sb electrical steel sheets | Request PDF

M 03I Magnetic ageing investigation of bulk low-carbon silicon steel – MJ-Magnetic-Ageing-Claw-Pole-Steel.pdf

M 03J Cold Rolled Non-oriented Low Carbon Electrical Steel

M 03K Fundamental Aspect of Texture Formation in Low Carbon Steel

M 03L Driving the electric revolution – Metals Technology Deep Dive – Driving-the-Electric-Revolution-Metals-Tech-Report-Final-Version-February-2024.pdf

M 03N Electrical steel for the energy and mobility revolution | thyssenkrupp Steel

CA 011 GLOBAL PRODUCTIONS and NEW MILLS

N 01 Non-Grain Oriented Electrical Steel Market Size | Growth [2030]

N 02 Non-Grain Oriented Electrical Steel Market Observing the Unseen Ethnography Techniques in Consumer Behavior Research | Taiwan News | Feb. 20, 2024 10:20

N 03 Global Non-Grain Oriented Electrical Steel Market Size Study & Forecast, by Type, by Thickness, by Application, and Regional Analysis, 2023-2030

N 04 POSCO Completes Construction of Electrical Steel Sheet Plant in Gwangyang

https://www.chemanalyst.com/NewsAndDeals/NewsDetails/posco-completes-construction-of-electrical-steel-sheet-plant-in-gwangyang-24307

N 04 Bis Global Non-oriented Electrical Steel Market Research Report 2019

N 05 Evolution of Non Grain-oriented Electrical Steel Market – Buscar con Google

N 06 Non-Grain Oriented Electrical Steel Market to Reach USD

N 07 Get a Quote – Non-Grain Oriented Electrical Steel Market Size | Growth [2030]

N 08 Non-Grain Oriented Electrical Steel Market to Reach USD 25.83 Billion by 2030 | with a CAGR of 5.1%

N 09 Electric Vehicle Market Size, Share | Growth Analysis [2021-2030]

N 10 Non Grain Oriented Electrical Steel Market-2023 will Revenue to Cross reaching USD 30132.06 million by 2028 Research by Business Opportunities, Top Companies report covers, Market-specific challenges, consumption by Regional data

N 11 2023 Non Grain-oriented Electrical Steel Market Demand: Global Share Analysis till 2030 – MarketWatch

N 12 Global Non-Grain Oriented Electrical Steel Market Analysis 2030 | 360 Market Update – MarketWatch

N 14 World production of NON ORIENTED ELECTRICAL STEELS – Buscar con Google

N 15 Global Electrical Steel (Non-grain oriented (NOES) Market Size, Price Analysis 2030

N 16 Non Grain Oriented Electrical Steel Market Forecast

N 17 Electrical Steel Market Size, Growth Report, Trends 2022-2030

N 18 Non-oriented Electrical Steel Market Size, Share, Trends & Forecast

N 19 Non-Oriented Electrical Steel Market Forecast (2023-2028)

N 21 U. S. Steel Celebrates Launch of New Electrical Steel Line with Ribbon Cutting in Osceola, Arkansas :: United States Steel Corporation (X)

N 22 US Steel launches new electrical steel line at Big River Steel

N 23 ANDRITZ to supply new 6-high cold rolling mill to ArcelorMittal, France

N 24 Electrical steel now China's star product amid global decarbonization drive – Fastmarkets

N 26 New plants of non oriented Electrical Steels – Buscar con Google

N 27 New mills of non oriented Electrical Steels – Buscar con Google

N 28 Manufacturing of non‑grain‑oriented electrical steels: – Buscar con Google

CA 012 NON ORIENTED ELECTRICAL STEELS PRODUCED by CVD

O 01 chemical vapor deposition in Electrical steels – Buscar con Google

O 01B Si enrichment of conventional electrical steel by means of physical vapour deposition – ScienceDirect

O 01C Manufacturing of non-grain-oriented electrical steels: review

https://link.springer.com/article/10.1007/s00170-024-13837-9

O 01D Chemical vapor deposition – Wikipedia

O 01F Advancements in Electrical Steels: A Comprehensive Review of Microstructure, Loss Analysis, Magnetic Properties, Alloying Elements, and the Influence of Coatings

O 01G 031-04.pdf JFE REPORT

O 01H Innovative processing for improved electrical steel properties – 45f31d5c409cd500f684c65b0934770c8e38.pdf

https://pdfs.semanticscholar.org/7ac1/45f31d5c409cd500f684c65b0934770c8e38.pdf

O 01I f1e-002.pdf

O 01J Chemical Vapor Deposition – ST Instruments

O 01K Microstructure and magnetic properties of high silicon electrical steel produced by electron beam physical vapor deposition | Request PDF

O 01L Recent Developments in Non-Oriented Electrical Steels

O 01M Basic Investigation of CVD Method for Manufacturing 6.5% Si Steel Sheet

O 02 Chemical Vapor deposition in 6.5% Si Magnetic steel sheets – Search | ScienceDirect.com

O 03 Chemical Vapor deposition in electrical steels – Search | ScienceDirect.com

E 03 Equipment and manufacturability issues in chemical vapor deposition processes – ScienceDirect

O 04 Chemical Vapor deposition in 6.5% Si electrical steels – Search | ScienceDirect.com

E 04 Chemical Vapor Deposition – ScienceDirect

O 05 chemical vapor deposition in Magnetic Steel Sheets – Buscar con Google

O 05A Microstructure and magnetic properties of high silicon electrical steel produced by electron beam physical vapor deposition – ScienceDirect

O 05B Investigation of the magnetic properties of Si-gradient steel sheet by comparison with 6.5%Si steel sheet – 056122_1_online.pdf

O 05C 031-02.pdf

O 05D 36_706.pdf

O 05F Stress Dependence of Magnetic Properties in Non-oriented Electrical Steel Sheets | Semantic Scholar

O 05G Table Comparison: Physical Vapor Deposition Vs. Chemical Vapor Deposition

O 05H Physical vapor deposition – Wikipedia

O 06 journal of magnetism and magnetic materials 6.5 Electrical steels – Buscar con Google

O 06 44 Recent development of non-oriented electrical steel sheet for automobile electrical devices – ScienceDirect

O 06B Review of Electrical Steels with their Properties and Recent Trends for Improvement

O 06C (1) Electrical Steels

O 06D Study of magnetic properties of electrical steels with different Si content considering the effect of temperature | AIP Advances | AIP Publishing

O 06E Microsoft Word – Paper_AM4EM_selema_v5 – 2023_Selema_Material Engineering of 3D-Printed Silicon Steel_AAM.pdf

O 06F Microstructure & texture evolution and magnetic properties of high magnetic-induction 6.5% Si electrical steel thin sheet fabricated by a specially designed rolling route | Journal of Central South University

O 06G Effect of rolling reduction on microstructure, texture and magnetic properties of twin-roll casting non-oriented 6.5 wt% Si electrical steel | ScienceGate

O 06G01 Characterization of microstructure, texture and magnetic properties in twin-roll casting high silicon non-oriented electrical steel | ScienceGate

O 06G02 Effects of hot rolled microstructure after twin-roll casting on microstructure, texture and magnetic properties of low silicon non-oriented electrical steel | ScienceGate

O 06G03 Effect of Secondary Cooling on Non-Oriented Electrical Steel Strips Produced by Twin-Roll Casting Process | ScienceGate

O 06G04 Casted Strip Character of Twin-Roll Casted High Strength Non-Oriented Electrical Steel | ScienceGate

O 06H Decoupling the effects of texture and composition on magnetic properties of Fe-Si sheet processed by shear deformation (Journal Article) | OSTI.GOV

O 06I Effect of Cerium Content on the Magnetic Properties of Non-oriented Electrical Steels

O 06J Effect of Test Temperature on Tensile Behavior of Fe-6.5wt.%Si Alloy As-Cast Strip

O 06K {001}<210> Texture Development by Two-stage Cold RollingMethod in Non-oriented Electrical Steel

O 06L Electrical Steels – IspatGuru

O 06M Review Of Magnetic Properties And Texture Evolution In Non-Oriented Electrical Steels – Review Of Magnetic Properties And Texture Evolution In Non-Orient.pdf

O 06N Review of Fe-6.5 wt%Si high silicon steel—A promising soft magnetic material for sub-kHz application – Astrophysics Data System

O 06O Texture and Magnetic Property of Fe-6.5 wt % Si Steel Strip with Cu-Rich Particles Modification | ACS Omega

O 07A chemical vapor deposition libros – Buscar con Google

O 07A01 Chemical vapor deposition: Principles and applications. Edited by M. L. Hitchman and K. F. Jensen, Academic Press, London 1993, 677 pp., hardback, $ 75, ISBN 0‐12‐349 670‐5 – Kodas – 1994 – Advanced Materials – Wiley Online Library

O 08A chemical vapor deposition pdf – Buscar con Google (Books)

O 09A chemical vapor deposition – Buscar con Google

O 09A01 Chemical Vapor Deposition – an overview | ScienceDirect Topics

O 10A deposicion quimica de vapor – Buscar con Google

O 11A chemical vapor deposition in electrical steels BOOKS – Buscar con Google

O 11A01 Chemical Vapor Deposition (CVD): Methods and Technologies : Karlsson, Levi: Amazon.es: Libros

O 11A03 Chemical Vapour Deposition: Precursors, Processes and Applications : Jones, Anthony C, Hitchman, Michael L: Amazon.es: Libros

O 11A04 Handbook of Chemical Vapor Deposition: Principles, Technology and Applications (CVD : PRINCIPLES, TECHNOLOGY, AND APPLICATIONS) : Pierson, Hugh O.: Amazon.es: Libros

O 12A01 Principles of Chemical Vapor Deposition – Daniel Dobkin, M.K. Zuraw – Google Libros

O 13A CVD2FMPDF – Materials science and process technology series Hugh O Pierson-Handbook of chemical vapor depostion i.e.deposition CVD_principles technology and applications-NoyesPublications_WilliamAn.pdf

O 14A Electrical Steel – an overview | ScienceDirect Topics

O 15A Chemical Vapour Deposition: An Integrated Engineering Design for Advanced Materials | SpringerLink

CA 013 TEXTURES

Textures in Introduction and Characterization

P 01 Textura cristalográfica – Wikipedia, la enciclopedia libre

P 01A Crystallographic Texture

P 02 Texture (crystalline) – Wikipedia

P 02A aluMATTER: Representing Texture

P 02B Homepage | MTEX

P 02C LaboSoft – the texture analysis software for Windows. Pole Figures Processing, Texture Analysis, ODF calculation with ADC method.

https://labosoft.com.pl/

P 02D Crystallographic Texture

P 03 Li: Evolution of Texture in a 2.8% Si Non-Oriented… – Google Académico

P 03A Texture Development during Final Annealing in Nonoriented Electrical Steels | Scientific.Net

P 03B Microstructure and Texture Evolution during Annealing after Temper Rolling of a 2 wt.-% Silicon Electric Steel | Scientific.Net

P 03C Evolution of Microstructure, Precipitate and Magnetic Properties with the Different Annealing Temperature in High Grade Nonoriented Electrical Steels | Scientific.Net

P 03D 01 Effect of initial grain size on texture evolution and magnetic properties in nonoriented electrical steels – ScienceDirect

P 03E ISIJ Int. 56(7): 1256-1261 (2016) – 56_ISIJINT-2015-641.pdf

Texture Evolution and Magnetic Properties under different processes

P 03E01 Through process texture evolution and magnetic properties of high Si non-oriented electrical steels – ScienceDirect

P 03E02 An investigation on the role of texture evolution and ordered phase transition in soft magnetic properties of Fe–6.5 wt%Si electrical steel – ScienceDirect

P 03E03 Texture genetics and magnetic properties of Fe-6.5%Si materials modified with Cu | Journal of Materials Science

P 03E04 07 Cube texture evolution and magnetic properties of 6.5 wt% Si electrical steel fabricated by surface energy and three-stage rolling method – ScienceDirect

P 03E04A Significant effect of as-cast microstructure on texture evolution and magnetic properties of strip cast non-oriented silicon steel – ScienceDirect

P 03E04B Texture evolution and magnetic properties of Fe-4.5 wt% Si electrical steel with ND type columnar grains fabricated by rolling method – ScienceDirect

P 03E05 Texture Evolution of a Non-oriented Electrical Steel Cold Rolled at Directions Different from the Hot Rolling Direction | Metallurgical and Materials Transactions A

P 03E06 Texture evolution in twin-roll strip cast non-oriented electrical steel with strong Cube and Goss texture – ScienceDirect

Evolution of Microstructure with Different Annealing Temperatures.

P 03F01 Evolution of microstructure at hot band annealing of ferritic FeSi steels – ScienceDirect

P 03F01A Effects by the microstructure after hot and cold rolling on the texture and grain size after final annealing of ferritic non-oriented FeSi electrical steel | AIP Advances | AIP Publishing

P 03F01B Texture evolution in Fe–3% Si steel treated under unconventional annealing conditions – ScienceDirect

Grain Growth and Texture Changes.

P 03G01 Local texture changes associated with grain growth | Proceedings of the Royal Society of London. A. Mathematical and Physical Sciences

P 03G02 Crystallographic texture change during grain growth | JOM

P 03G03 A theory of texture controlled grain growth—I. Derivation and general discussion of the model – ScienceDirect

P 03G04 A theory of texture controlled grain growth—II. Numerical and analytical treatment of grain growth in the presence of two texture components – ScienceDirect

P 03G04A Monte Carlo simulation of grain growth in textured metals – ScienceDirect

P 03G05 Texture_Development_During_Grain_Growth.pdf

P 03G06 Grain Growth and Texture Evolution in Thin Films | Scientific.Net ( Ph.D)

P 03G07 Texture Development during Grain Growth in Nonoriented Electrical Steels

P 03G07A Strain-induced grain growth in non-oriented electrical steels – ScienceDirect

P 03G07B An EBSD investigation on the columnar grain growth in non-oriented electrical steels assisted by strain induced boundary migration – ScienceDirect

Texture, Magnetic Properties and Annealing Temperature

P 03H01 Effect of annealing temperature on magnetic properties of cold rolled high silicon steel thin sheet – ScienceDirect

P 03H02 SciELO – Brasil – Effect of the Annealing Temperature on the Structure and Magnetic Properties of 2% Si Steel.

P 03H02A Effect of the annealing temperature on the structure and magnetic properties of 3% Si non-oriented steel – ScienceDirect

P 03H02B Effect of recrystallization annealing temperature on texture and magnetic properties of 2.97% Si non-oriented silicon steel | Metallurgical Research & Technology

Texture Grain Size and Magnetic Properties

P 03I01 The effects of grain size on the magnetic properties of nonoriented electrical steel sheets | Journal of Materials Engineering

P 03I02 Magnetic properties of decarburized steels: An investigation of the effects of grain size and carbon content | IEEE Journals & Magazine | IEEE Xplore

P 03I03 Modeling the effect of grain size and dislocation density on hysteretic magnetic properties in steels | Journal of Applied Physics | AIP Publishing

P03I04 Texture Change during Grain Growth in Non-Oriented Electrical Steel | Scientific.Net

P 03I05 Texture Evolution during the Processing of Electrical Steels with 0.5% Si and 1.25% Si

P 03I06 Preparation of High Silicon Electrical Steel Sheets with Strong {100} Recrystallization Texture by the Texture Inheritance of Initial Columnar Grains | Metallurgical and Materials Transactions A

P 03I07 Texture Evolution during Recrystallization in Nonoriented Electrical Steels | Scientific.Net

P 03I08 Texture evolution of non-oriented electrical steel analyzed by EBSD and in-situ XRD during the phase transformation from γ to α – ScienceDirect

P 03I09 Role of texture before rolling: a research based on texture and magnetic properties of 4.5 wt.% Si non-oriented electrical steel | Journal of Iron and Steel Research International

P 03I10 30 Effect of hot band grain size on development of textures and magnetic properties in 2.0% Si non-oriented electrical steel sheet – ScienceDirect

Textures in Magnetic Steel Sheets

P 04 texture in magnetic steel sheets – Google Académico

P04A Rolled texture and magnetic properties of 3% silicon steel | Journal of Applied Physics | AIP Publishing

P 04B Texture Control During the Manufacturing of Nonoriented Electrical Steels – Kestens – 2008 – Texture, Stress, and Microstructure – Wiley Online Library

P 04B01 Effects of warm temper rolling on microstructure, texture and magnetic properties of strip-casting 6.5 wt% Si electrical steel – ScienceDirect

P 04B02 26 Influence of hot deformation on texture and magnetic properties of strip cast non-oriented electrical steel – ScienceDirect

P 04C On the Homogeneity and Isotropy of Non-Grain-Oriented Electrical Steel Sheets for the Modeling of Basic Magnetic Properties from Microstructure and Texture | IEEE Journals & Magazine | IEEE Xplore

P 04D Correlation Between Microstructure, Texture, and Magnetic Induction in Nonoriented Electrical Steels | IEEE Journals & Magazine | IEEE Xplore

P 04E Influence of grain size and texture prior to warm rolling on microstructure, texture and magnetic properties of Fe-6.5 wt% Si steel – ScienceDirect

P 04F 16 Effect of texture and grain size on the magnetic flux density and core loss of cold-rolled high silicon steel sheets – ScienceDirect

P 04G 25 On the correlation of crystallographic macro-texture and magnetic magnetization anisotropy in non-oriented electrical steel – ScienceDirect

P 04I Effect of grain size and magnetic texture on iron-loss components in NO electrical steel at different frequencies – ScienceDirect

P 04I01 Correlation between Cutting Clearance, Deformation Texture, and Magnetic Loss Prediction in Non-Oriented Electrical Steels

P 04J 28 Effect of crystallographic texture on the bulk magnetic properties of non-oriented electrical steels – ScienceDirect

Manufacturing Process Crystallographic Textures and Magnetic Properties.

P 04K01 Texture and Magnetic Properties – Bunge – 1989 – Texture, Stress, and Microstructure – Wiley Online Library

P 04K02 Correlation between magnetic properties and crystallographic texture of silicon steel – ScienceDirect

P 04K03 The effect of magnetic annealing on crystallographic texture and magnetic properties of Fe-2.6% Si – ScienceDirect

P 04K05 Correlation between the Magnetic Properties and the Crystallographic Texture during the Processing of Non Oriented Electrical Steel | Scientific.Net

P 05 Amazon.es: Textures in metalic materials: (Books )

P 06 (18) (PDF) Texture of Metals

P 07 (18) Research methods and influencing factors of interfacial heat transfer during sub-rapid solidification process of strip casting | Request PDF

P 08 Textures in NON ORIENTED Electrical Steels – Buscar con Google

P 08A () – Through_process_texture_evolution_and_ma.pdf

P 08B The evolution of cube ({001}<100>) texture in non-oriented electrical steel – ScienceDirect

P 08C Review of Magnetic Properties and Texture Evolution in Non-Oriented Electrical Steels

P 08E Mechanical properties and crystallographic texture of non-oriented electrical steel processed by repetitive bending under tension – ScienceDirect

P 08F MSEM3751014.pdf – Mehdi_2018_IOP_Conf._Ser.:_Mater._Sci._Eng._375_012014.pdf

https://iopscience.iop.org/article/10.1088/1757-899X/375/1/012014/pdf

P 08G (1) (PDF) Texture Control During the Manufacturing of Nonoriented Electrical Steels

P 08H Evolution of recrystallization texture in non-oriented electrical steels during final annealing – influence of shear stress after cold rolling – IOPscience

P 08I Texture Control in Non-Oriented Electrical Steels by Severe Plastic Deformation | Scientific.Net

P 08J The evolution of cube ({001}<100>) texture in non-oriented electrical steel – NASA/ADS

P 08K Deformation heterogeneity and its effect on the recrystallisation texture of non-oriented electrical steel: Canadian Metallurgical Quarterly: Vol 62 , No 1 – Get Access

P 08L Texture Evolution of N O s during Thermomechanical ProcessingTESIS – ProQuest

(Ph.D)

P 08M Texture Evolution during Recrystallization and Grain Growth in Non-Oriented Electrical Steel Produced by Compact Strip Production Process – PMC

P 08N Texture Optimization for Intermediate Si-Containing Non-oriented Electrical Steel | Journal of Materials Engineering and Performance

P 08O SNU Open Repository and Archive: Formation of cube-on-face texture in non-oriented electrical steel

P 08P Electrically Induced Cube ({001} < 100 >) Texture in Non-oriented Electrical Steel | Metallurgical and Materials Transactions A

P 08Q02 (63) Texture Evolution during the Processing of Electrical Steels with 0.5% Si and 1.25% Si | Marcos de Campos and Ivan Falleiros – Academia.edu

P 08Q03 (63) Through process texture evolution and magnetic properties of high Si non-oriented electrical steels | Rodriguez Calvillo and Kim Verbeken – Academia.edu

P 08Q04 (63) On the Effect of Texture in Experimental Grades of High-Silicon Electrical Steel | Rodriguez Calvillo – Academia.edu

P 08R Texture Development during Grain Growth in Nonoriented Electrical Steels

P 08S Mechanical properties and crystallographic texture of non-oriented electrical steel processed by repetitive bending under tension – Strathprints

P 08T Tuan_Definitive_PhD_Thesis.pdf

P 08U Texture Evolution of a Non-oriented Electrical Steel Cold Rolled at Directions Different from the Hot Rolling Direction. | EBSCOhost

‪P 08U01 Investigation of the Two-Step Hot Rolling Process of High-Grade Non-oriented Electrical Steel.‎ – ‪Detalles de registro‎ – ‪EBSCO Discovery Service‎

‪P 08U02 Integrated Process Simulation of Non-Oriented Electrical Steel.‎ – ‪Detalles de registro‎ – ‪EBSCO Discovery Service‎

P 08V (63) Texture and magnetic properties improvement of a 3% Si non-oriented electrical steel by Sb addition | André Barros Cota – Academia.edu

P 08W The influence of texture on power losses in nonoriented electrical steels | Journal of Applied Physics | AIP Publishing

P 09 texture in electrical steels – Google Académico

P 09A A new model of Goss texture development during secondary recrystallization of electrical steel – ScienceDirect

P 10 texture components non-oriented electrical steel sheets – Google Académico

P 10A The Origins of the Goss Orientation in Non‐Oriented Electrical Steel and the Evolution of the Goss Texture during Thermomechanical Processing – Mehdi – 2019 – steel research international – Wiley Online Library

P 11 secondary recrystallization electrical steel – Google Académico

P 11A The changes of grain boundary character distribution during the secondary recrystallization of electrical steel – ScienceDirect

P 11B Orientation selective recrystallization of nonoriented electrical steels | Metallurgical and Materials Transactions A

P 11C01 39 Fabrication of high permeability non-oriented electrical steels by increasing 〈0 0 1〉 recrystallization texture using compacted strip casting processes – ScienceDirect

P 11C02 31 Evolution of recrystallization microstructure and texture during rapid annealing in strip-cast non-oriented electrical steels – ScienceDirect

P 11D Analysis of Micro-texture during Secondary Recrystallization in a Hi-B Electrical Steel – ScienceDirect

P 11E Texture of primary recrystallization on nonoriented electrical steel sheet with phase transformation | Journal of Materials Engineering and Performance

P 11F Secondary Recrystallization in Non-Oriented Electrical Steels

P 11G Athermally enhanced recrystallization kinetics of ultra-low carbon steel via electric current treatment – ScienceDirect

P 12 Correlation between the magnetic properties and the crystallographic texture during the processing of non oriented electrical steel – Buscar con Google

P 12A Balancing magnetic and mechanical properties of non-oriented electrical steel: correlation between microstructure and properties – University of Portsmouth

P 12B Correlation between Magnetic Properties and Chemical Composition of Non-Oriented Electrical Steels Cut through Different Technologies – dac0265b95888918ead0de07f9a0509c3c96.pdf

P 12C Correlation between Magnetic Properties and Chemical Composition of Non-Oriented Electrical Steels Cut through Different Technologies – PMC

P 12D Recrystallization Behavior of Non-oriented Electrical Steel Sheets after Skew Cold Rolling

P 12E Correlation between magnetic properties and crystallographic texture of silicon steel – Astrophysics Data System

P 12F The Influence of Rolling Process on the Microstructure, Texture and Magnetic Properties of Low Grades Non-Oriented Electrical Steel After Phase Transformation Annealing

https://www.ams.org.cn/EN/10.11900/0412.1961.2018.00187

P 12G Influence of Thermal Processing in High Magnetic Field

on Soft Magnetic Properties and Crystallographic Texture

of Non-Oriented Fe–Si Steels

P 12H [PDF] Correlation between magnetic properties and crystallographic texture of silicon steel | Semantic Scholar

P 12H01 Correlation Between Microstructure, Texture, and Magnetic Induction in Nonoriented Electrical Steels | Semantic Scholar

P 12H02 Through process texture evolution and magnetic properties of high Si non-oriented electrical steels | Semantic Scholar

P 12H03 Influence of different kinds of rolling on the crystallographic texture and magnetic induction of a NOG 3 wt% Si steel | Semantic Scholar

P 12H04 Quantification of magnetic flux density in non-oriented electrical steel sheets by analysis of texture components | Semantic Scholar

P 12H05 Effect of texture and grain size on magnetic flux density and core loss in non-oriented electrical steel containing 3.15% Si | Semantic Scholar

P 12H06 On the Homogeneity and Isotropy of Non-Grain-Oriented Electrical Steel Sheets for the Modeling of Basic Magnetic Properties from Microstructure and Texture | Semantic Scholar

P 12H06A [PDF] Impact of the interaction of material production and mechanical processing on the magnetic properties of non-oriented electrical steel | Semantic Scholar

P 12H07 [PDF] Texture Control During the Manufacturing of Nonoriented Electrical Steels | Semantic Scholar

P 12H08 Texture and magnetic properties of non-oriented electrical steels processed by an unconventional cold rolling scheme | Semantic Scholar

P 12H08A Skew rolling and its effect on the deformation textures of non-oriented electrical steels | Semantic Scholar

P 12H08B [PDF] Effect of Cross-Rolling on Microstructure, Texture and Magnetic Properties of Cold Rolled Non-Oriented Electrical Steels | Semantic Scholar

P 12H08C Effect of Annealing Time on the Texture of a 2.8% Si Non-Oriented Electrical Steel After Inclined and Skew Rolling | Semantic Scholar

P 12H08D Texture Evolution of a Non-oriented Electrical Steel Cold Rolled at Directions Different from the Hot Rolling Direction | Semantic Scholar

P 12H08E Textures of Non-Oriented Electrical Steel Sheets Produced by Skew Cold Rolling and Annealing | Semantic Scholar

P 12H08F Gradient Recrystallization Behavior of a Moderate Warm-Rolled Non-Oriented Fe-6.5wt%Si Alloy | Semantic Scholar

P 12H08G Thick-Gauge Ultra-High-Strength High-Silicon Non-Oriented Silicon Steel with Balanced Mechanical and Magnetic Properties Controlled by Partial Recrystallization Annealing | Semantic Scholar

P 12H08H Effect of annealing treatment prior to cold rolling on the final microstructure and magnetic properties of an ultra-low carbon non-oriented Si–Sb electrical steel | Semantic Scholar

P 13 Textures in NON ORIENTED Electrical Steels – Buscar con Google

P 14 Model for texture evolution in cold rolling of 2.4 wt.-% Si non-oriented electrical steel: AIP Conference Proceedings: Vol 1896, No 1

P 15 Texture Control During the Manufacturing of Nonoriented Electrical Steels

P 16 [PDF] Texture Evolution of a Non-oriented Electrical Steel Cold Rolled at Directions Different from the Hot Rolling Direction by Youliang He, Erik J. Hilinski, Jian Li · 10.1007/s11661-015-3136-5 · OA.mg

P 16 10.1007/s11661-015-3136-5 – Google Académico

P 17 Evolution of recrystallization textures from cold rolling textures in intersticial free steel

P 18 textures in non oriented electrical steels – Buscar con Google

P 18A Microstructure and Texture Development in a Thin Gauge Non Oriented Electrical Steel by Z.X. Yi, Y.L. Feng, H. Wang, Q.Y. Kuang, Ping Yang, Y.Q. Tang, Z.C. Li :: SSRN

P 18B Microstructure and texture evolution of the non-oriented silicon steel during punching – Fang et al. 2022-vf.pdf

P 18C Textures of Non-Oriented Electrical Steel Sheets Produced by Skew Cold Rolling and Annealing. | EBSCOhost

P 18D What Is The Material B20ahvi300_Baosteel Non Oriented Electrical Steel Motor Driven by High-Frequency Permeability Fast Large Amount of Silicon Steel – Oriented Electrical Steel and No Oriented Electrical Steel

P 18E Metallurgical Materials Science and Alloy Design – Non-Oriented Electrical Steels

P 18F SciELO Brasil – Effect of Cross-Rolling on Microstructure, Texture and Magnetic Properties of Non-Oriented Electrical Steels Effect of Cross-Rolling on Microstructure, Texture and Magnetic Properties of Non-Oriented Electrical Steels

P 18G Nonorientedfullyprocessed_datasheet_EN.pdf

P 18H Evolution of microstructure and texture of ultra-thin non-oriented electrical steel manufactured by CSP | Metallurgical Research & Technology

P 18I Through process texture evolution of new thin-gauge non-oriented electrical steels with high permeability (2016) | Ning Zhang | 24 Citations

P 18J Effect of Tin on the Texture of Nonoriented Electrical Steels – Hou – 2008 – Ceramic Transactions Series – Wiley Online Library

P 18K Newly introduced non-oriented electrical steel sheets to JMAG material database and the influence of magnetic properties of non-oriented electrical steels on switched reluctance motor’s characteristics | Simulation Technology for Electromechanical Design : JMAG

P 18L Effect of rare-earth Ce on the texture of non-oriented silicon steels

P 18M PowerPoint Presentation – Track-2-Session-10-Jones-Cleveland-Cliffs-Inc.pdf

P 18N [PDF] Influence of electrical steel sheet textures on their magnetization curves | Semantic Scholar

P18P Non-oriented Electrical Steel Sheet and Its Application Technology for the Traction Motors of Hybrid/Electrical Vehicles

CA 014 BIBLIOGRAPHY and PAPERS 01

A 70 Effect of annealing prior to cold rolling on magnetic and mechanical properties of low carbon non-oriented electrical steels | Armando Salinas Rodriguez – Academia.edu

A 71 Study of the Simultaneous Effects of the Hot Band Grain Size and Cold Rolling Reduction on the Structure and Magnetic Properties of Nonoriented 3% Si Steel | Sara Dafé – Academia.edu

A 72 High Temperature Oxidation and Its Effects on Microstructural Changes of Hot-Rolled Low Carbon Non-oriented Electrical Steels During Air Annealing | Armando Salinas Rodriguez – Academia.edu

A 73 Rapid annealing effects on microstructure, texture, and magnetic properties of non-oriented electrical steel | Alex A Volinsky – Academia.edu

A 74 Effect of Heating Rate on the Development of Annealing Texture in Nonoriented Electrical Steels | Sang-Yun Cha – Academia.edu

A 75 Correlation between the Magnetic Properties and the Crystallographic Texture during the Processing of Non Oriented Electrical Steel | Kim Verbeken – Academia.edu

A 76 Relative effect(s) of texture and grain size on magnetic properties in a low silicon non-grain oriented electrical steel | I. Samajdar – Academia.edu

A 77 Influence of initial annealing on structure evolution and magnetic properties of 3.4%SI non-oriented steel during final annealing | André Barros Cota – Academia.edu

A 78 Texture Evolution of a 2.8 wt% Si Non-Oriented Electrical Steel during Hot Band Annealing | Mehdi Mehdi – Academia.edu

A 79 Effect of Cross-Rolling on Microstructure, Texture and Magnetic Properties of Non-Oriented Electrical Steels | Vijay Hiwarkar – Academia.edu

A 80 The Effect of Cross Rolling on Texture and Magnetic Properties of Non Oriented Electrical Steels | E. Aernoudt – Academia.edu

A 81 The Effect of Cold Rolling Process on the Microstructure and Texture Evolution in a 1 wt. % Si Non-oriented Electrical Steel | Mohammad Reza Toroghinejad – Academia.edu

A 82 Effect of temper rolling on the texture formation and magnetic properties of non-oriented semi-processed electrical steel | Y. Houbaert – Academia.edu

A 83 Effect of deformation route and intermediate annealing on magnetic anisotropy and magnetic properties of a 1wt% Si non-oriented electrical steel | Mohammad Toroghinejad and Ali Sonboli – Academia.edu

A 84 Through process texture evolution and magnetic properties of high Si non-oriented electrical steels | Kim Verbeken and Rodriguez Calvillo – Academia.edu

A 85 Effect of the Hot Band Grain Size and Intermediate Annealing on the Deformation and Recrystallization Textures in Low Silicon Electrical Steels | Marcos de Campos and Ivan Falleiros – Academia.edu

A 87 The Effect of Recovery Annealing on the Magnetic and Mechanical Properties of Nonoriented Electrical Steels | Ramon Martin and Thomas Nishikawa – Academia.edu

A 88 Study of the Simultaneous Effects of the Hot Band Grain Size and Cold Rolling Reduction on the Structure and Magnetic Properties of Nonoriented 3% Si Steel | Sara Dafé – Academia.edu

A 89 Calidades ultrafinas de chapa magnética para motores eléctricos eficientes

02 Evolution of recrystallization texture in nonoriented electrical steels – ScienceDirect

03 Influence of cutting stress on magnetic field and flux density distribution in non-oriented electrical steels – ScienceDirect

04 Influence of the manufacturing process on the magnetic properties of non-oriented electrical steels – ScienceDirect

05 Nonoriented Electrical Steels | SpringerLink

12 Effect of Cu addition on microstructure, texture and magnetic properties of 6.5 wt% Si electrical steel – ScienceDirect

14 Effect of Al content on magnetic properties of Fe-Al Non-oriented electrical steel – ScienceDirect

17 Effect of cooling rate on the order degree, residual stress, and room temperature mechanical properties of Fe-6.5wt.%Si alloy – ScienceDirect

20 Microstructural and textural evolution of double stage cold rolled non-grain oriented electrical steel – ScienceDirect

23 Effect of rolling reduction on microstructure, texture and magnetic properties of twin-roll casting non-oriented 6.5 wt% Si electrical steel – ScienceDirect

24 The significance of hot rolled microstructure controlled by fine-tuning Al content to texture evolution and magnetic properties of low silicon non-oriented electrical steels – ScienceDirect

27 Effect of skin pass rolling reduction rate on the texture evolution of a non-oriented electrical steel after inclined cold rolling – ScienceDirect

32 Through process texture evolution of new thin-gauge non-oriented electrical steels with high permeability – ScienceDirect

33 Formation of {1 0 0} textured columnar grain structure in a non-oriented electrical steel by phase transformation – ScienceDirect

35 Quantification of magnetic flux density in non-oriented electrical steel sheets by analysis of texture components – ScienceDirect

36 Texture and magnetic properties of non-oriented electrical steels processed by an unconventional cold rolling scheme – ScienceDirect

37 Texture and magnetic properties improvement of a 3% Si non-oriented electrical steel by Sb addition – ScienceDirect

38 Microstructure and texture evolution in a non-oriented electrical steel during γ→α transformation under various atmosphere conditions – ScienceDirect

40 Microstructure, texture and magnetic properties of strip-cast 1.3% Si non-oriented electrical steels – ScienceDirect

41 Effects of rolling temperature on microstructure, texture, formability and magnetic properties in strip casting Fe-6.5 wt% Si non-oriented electrical steel – ScienceDirect

42 Effects of hot rolled microstructure after twin-roll casting on microstructure, texture and magnetic properties of low silicon non-oriented electrical steel – ScienceDirect

43 Magnetic properties and recrystallization texture of phosphorus-added non-oriented electrical steel sheets – ScienceDirect

45 Influence of deformation process on the improvement of non-oriented electrical steel – ScienceDirect

46 Formation of cube-on-face texture {0 0 1}〈uv0〉 in a high saturation soft magnetic iron-cobalt-vanadium alloy by controlled phase-transformation γ → α – ScienceDirect

47 Non-oriented Si-Fe Sheets – ScienceDirect

49 Effect of rare earth elements on magnetic properties of non-oriented electrical steels – ScienceDirect

50 Effect of copper precipitates on the stability of microstructures and magnetic properties of non-oriented electrical steels – ScienceDirect

52 Investigation of microstructure and properties of strip-cast 4.5 wt% Si non-oriented electrical steel by different rolling processes – ScienceDirect

53 Effect of calcium treatment on magnetic properties of non-oriented electrical steels – ScienceDirect

56 Influence of cooling rate on iron loss behavior in 6.5 wt% grain-oriented silicon steel – ScienceDirect

57 Characterization of a small motor for drones using new Si-gradient steel (JNRFTM) – ScienceDirect

58 Newly developed electrical steel for high-frequency use – ScienceDirect

59 Recent developments of new soft magnetic materials – ScienceDirect

60 Advances in FeSi properties and their interpretation – ScienceDirect

61 Magnetic properties and workability of 6.5% silicon steel sheet manufactured in continuous CVD siliconizing line – ScienceDirect

62 Effect of annealing prior to cold rolling on magnetic and mechanical properties of low carbon non-oriented electrical steels – ScienceDirect

63 Effects of composition and process variables on core loss and hardness of low carbon electrical steels – ScienceDirect

64 The effect of thickness of the hot-rolled sheet on the magnetic properties of non-oriented electrical steel – ScienceDirect

65 Temperature-dependent modelling of magnetic ageing of FeSi electrical steels – ScienceDirect

66 Magnetic ageing investigation of bulk low-carbon silicon steel – ScienceDirect

67 Effect of manganese in high silicon alloyed non-oriented electrical steel sheets – ScienceDirect

68 Effect of heating rate on properties of non-oriented electrical steel containing 0.4% Si – ScienceDirect

69 Investigation of the influence of different cutting procedures on the global and local magnetic properties of non-oriented electrical steel – ScienceDirect

01 Steel Times International October 2021 by Quartz Business Media – Issuu

electrical steels nucor new plant electrical steels line – Búsqueda de Google

Electrical Steel: Properties, Types, and Applications – Matmatch

IEEE Xplore Search Results

Electrical Steel | Laser Technologies Inc

non-oriented electrical steel: Topics by WorldWideScience.org

CA 015 BIBLIOGRAPHY and PAPERS 02 2023

Q 01 Journal of Magnetism and Magnetic Materials | ScienceDirect.com by Elsevier

Q 02 Journal of Magnetism and Magnetic Materials | All Journal Issues | ScienceDirect.com by Elsevier

Q 03 Keywords Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 03A 05 Influence of hot rolling reduction rate on the microstructure, texture and magnetic properties of a strip-cast Fe-6.5 wt% Si grain-oriented electrical steel – ScienceDirect

Q03B 06 Strong 〈001〉 recrystallization texture component in 6.5 wt% Si electrical steel thin sheets by secondary cold rolling and annealing – ScienceDirect

Q03C 08 High-strength low-iron-loss silicon steels fabricated by cold rolling – ScienceDirect

Q 03D 09 Retaining {1 0 0} texture from initial columnar grains in 6.5 wt% Si electrical steels – ScienceDirect

Q 03E 11 Microstructure, texture and precipitate of grain-oriented 4.5 wt% Si steel by strip casting – ScienceDirect

Q 03F 15 Effect of test temperature on tensile behavior of Fe-6.5wt.%Si alloy as-cast strip – ScienceDirect

Q 03G 13 Fabrication and properties of strip casting 4.5 wt% Si steel thin sheet – ScienceDirect

Q 03H Anomalous texture developments, new two-dimensional primary growth modeling, and fully (001)-textured electrical steels – ScienceDirect

Q 03I 10 Texture and properties of a new Fe-Si-P solid solution strengthening high strength electrical steels – ScienceDirect

Q 03J 18 Effect of annealing on microstructure, texture and magnetic properties of Fe-6.5 wt%Si-0.03 wt%Nb alloy – ScienceDirect

Q 03K Decoupling the effects of texture and composition on magnetic properties of Fe-Si sheet processed by shear deformation – ScienceDirect

Q 03L 19 Review of Fe-6.5 wt%Si high silicon steel—A promising soft magnetic material for sub-kHz application – ScienceDirect

Q 04 Keywords(Review NON ORIENTED ELECTRICAL STEELS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 04A Magnetic anisotropy reduction of non-grain oriented electrical steel due to different stress relief annealing temperatures – ScienceDirect

Q 04B Effects of pulsed laser ablation with various patterns on non-oriented electrical steels magnetic properties – ScienceDirect

Q 04C 21 Influence of intermediate annealing temperature on the microstructure and texture of double stage cold rolled non-grain oriented electrical steel – ScienceDirect

Q 04D Interrelation of mechanical properties and magneto-mechanical coupling of non-oriented electrical steel – ScienceDirect

Q 04E 22 Comparative study on microstructure and texture evolution of low silicon non-oriented electrical steels along one-stage and two-stage cold rolling processes – ScienceDirect

Q 04F Magnetostrictive strain monitoring in Non-Oriented Si-Fe steels using a SAW resonator sensor – ScienceDirect

Q 04G Finite element level validation of an anisotropic hysteresis model for non-oriented electrical steel sheets – ScienceDirect

Q 04H 48 Fabrication of high-performance low silicon non-oriented electrical steels by a new method: Low-finishing-temperature hot rolling combined with batch annealing – ScienceDirect

Q 04I 51 Microstructure evolution and strengthening mechanism in thin-gauge non-oriented silicon steel with high strength – ScienceDirect

Q 04J The influence of residual stress on flux-barriers of non-oriented electrical steel – ScienceDirect

Q 04K An enhanced Energy-Based hysteresis model for electrical steel sheets considering mechanical stress – ScienceDirect

Q 04L Influence of shear cutting parameters on the electromagnetic properties of non-oriented electrical steel sheets – ScienceDirect

Q 04M A measuring setup for testing the mechanical stress dependence of magnetic properties of electrical steels – ScienceDirect

Q 04N Thermodynamic description for magneto-plastic coupling in electrical steel sheets – ScienceDirect

Q 04O Experimental characterization of the effect of uniaxial stress on magnetization and iron losses of electrical steel sheets cut by punching process – ScienceDirect

Q 04P Low core loss non-oriented silicon steels – ScienceDirect

Q 04Q Influence of chemical composition and processing conditions on the microstructure and magnetic properties of low-carbon Si-Al-Sb electrical steel sheets – ScienceDirect

Q 04R Influence of Remote Laser Cutting on Magnetic Loss and Mechanical Properties in 0.2 mm Silicon Steel – ScienceDirect

Q 04S Experimental and statistical analysis of the effects of punching and laser cutting methods on induction motor efficiency and total magnetic losses in silicon lamination sheets – ScienceDirect

Q 05 Keywords VISTO HASTA PAG 4 INCLU (NON ORIENTED ELECTRICAL STEELS TEXTURES) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 05B Microstructure and texture evolution of strip casting 3 wt% Si non-oriented silicon steel with columnar structure – ScienceDirect

Q 05C The nanostructure of non-oriented electrical steel sheets – ScienceDirect

Q 05E Texture evolution of experimental silicon steel grades. Part I: Hot rolling – ScienceDirect

Q 05F Influence of thermomechanical processing on shear bands formation and magnetic properties of a 3% Si non-oriented electrical steel – ScienceDirect

Q 05H Effect of temper rolling on texture formation of semi-processed non-oriented steel – ScienceDirect

Q 05I Columnar grain growth in non-oriented electrical steels – ScienceDirect

Q 05J Preparation of non-oriented silicon steel with high magnetic induction using columnar grains – ScienceDirect

Q 05K Reduction of core loss in non-oriented (NO) electrical steel by electroless-plated magnetic coating – ScienceDirect

Q 05L Texture development during the production of high Si steel by hot dipping and diffusion annealing – ScienceDirect

Q 05M Magnetostriction in non-oriented electrical steels: general trends – ScienceDirect

Q 07 Keywords SOLO PAG1 NO TIENE NADA VISTO NON ORIENTED ELECTRICAL STEELS IN MOTORS FOR ELECTRIC CARS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 08 Keywords VISTO HASTA PG 3 INCLUSIVE (PRODUCTION PROCESS OF NON ORIENTED ELECTRICAL STEELS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 08A Influence of abrasive waterjet cutting on the magnetic properties of non-oriented electrical steels – ScienceDirect

Q 08B Lean non-oriented electrical steel grades – ScienceDirect

Q 08C Novel coating technology for non-oriented electrical steels – ScienceDirect

Q 08D Advantages, properties and types of coatings on non-oriented electrical steels – ScienceDirect

Q 08E Influence of chemistry and hot rolling conditions on high permeability non-grain oriented silicon steel – ScienceDirect

Q 08F Impact of grain size distribution on the magnetic deterioration due to cutting of electrical steel sheets – ScienceDirect

Q 08G Development of a new generation of high permeability non-oriented silicon steels – ScienceDirect

Q 08H Effects of stress relief annealing in NGO steels – ScienceDirect

Q 08I Iron loss models: A review of simplified models of magnetization losses in electrical machines – ScienceDirect

Q 08J Influence of mechanical and water-jet cutting on the dynamic magnetic properties of NO Fe-Si steels – ScienceDirect

Q 08K Effect of annealing temperature and heating rate on the magnetic and mechanical properties of electrical steel – ScienceDirect

Q 08L Non-oriented electrical sheets – ScienceDirect

Q 08M New electrical steel strip grades in Czechoslovakia – ScienceDirect

Q 08N The influence of dew point during annealing on the power loss of electrical steel sheets – ScienceDirect

Q 08O Effects of deformation degree on the magnetic properties of soft magnetic steel after heat treatment – ScienceDirect

Q 08P High saturation magnetization in Fe–0.4 wt% P alloy processed by a two-step heat treatment – ScienceDirect

Q 08Q Effect of stress relief annealing temperature and atmosphere on the magnetic properties of silicon steel – ScienceDirect

Q 08R Measuring setup for the investigation of the influence of mechanical stresses on magnetic properties of electrical steel – ScienceDirect

Q 09 Keywords VISTO (HIGH SILICON 6.5% NON ORIENTED ELECTRICAL STEELS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 09A Magnetostriction trend of non-oriented 6.5% Si–Fe – ScienceDirect

Q 09B Effect of hot rolling parameters on the magnetic properties of a low-silicon ultra-low-carbon steel – ScienceDirect

Q 09C Effect of elastic and plastic tensile mechanical loading on the magnetic properties of NGO electrical steel – ScienceDirect

Q 09D Magnetic properties of roller-quenched high silicon steel ribbons – ScienceDirect

Q 09E Magnetic properties of rapidly quenched silicon-iron ribbons – ScienceDirect

Q 09F Recent advances in rapidly solidified soft magnetic materials – ScienceDirect

Q 09G Fe3Si surface coating on SiFe steel – ScienceDirect

Q 09H Effects of annealing on grain-boundary character distribution and texture evolution in hot-rolled Fe-6.5 wt% Si steel – ScienceDirect

Q 09I New developments in technologically important magnetic materials – ScienceDirect

Q 09J doi:10.1016/S0304-8853(08)00749-X – 1-s2.0-S030488530800749X-main.pdf

Q 10 Keywords VISTO NADA NUEVO (HIGH SILICON 6.5% NON ORIENTED ELECTRICAL STEELS OBTAINED CVD) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 11 Keywords VISTO (LOW CARBON ELECTRICAL STEELS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 11A Effect of hot band temper rolling strain on the magnetic properties of low-carbon electrical steels – ScienceDirect

Q 11B Mechanism study of the residual stress evaluation of low-carbon steels using the eddy current magnetic signature method – ScienceDirect

Q 11C Nondestructive characterization of recovery and recrystallization in cold rolled low carbon steel by magnetic hysteresis loops – ScienceDirect

Q 11D Development and application of measurement techniques for evaluating localised magnetic properties in electrical steel – ScienceDirect

Q 11E Consequences of magnetic aging for iron losses in electrical steels – ScienceDirect

Q 11F Investigation of technologies for manufacturing dual-phase magnetic steels for elements of electric machines: A review – ScienceDirect

Q 11G Measured and modelled low field relative permeability for dual phase steels at high temperature – ScienceDirect

Q 11H Differential eddy current method for full circumferential defect detection of small diameter steel pipe: Numerical analysis and experimental study – ScienceDirect

Q 11I Effects of sulfur content and slab reheating temperature on the magnetic properties of fully processed nonoriented electrical steels – ScienceDirect

Q 11J Simulation of the HAZ and magnetic properties of laser cut non-oriented electrical steels – ScienceDirect

Q 11K Magnetism in carbon-based fiber materials – ScienceDirect

Q 11L Electromagnetic sensors for in-situ dynamic microstructure monitoring of recovery and recrystallisation in interstitial free steels – ScienceDirect

Q 11M Effect of laser cutting on microstructure and on magnetic properties of grain non-oriented electrical steels – ScienceDirect

Q 11N Comparison of cracking sensitivity between high-permeability 1.5 wt% Si steel and 6.5 wt% Si steel in mushy zone – ScienceDirect

Q 11O Effect of grain size, deformation, aging and anisotropy on hysteresis loss of electrical steels – ScienceDirect

Q 11P Anisotropy of the magnetic losses components in semi-processed electrical steels – ScienceDirect

Q 11Q Evaluation of mechanical ductile damage in sheet metal based on low-field magnetic analysis – ScienceDirect

Q 11R Steel microstructure – Magnetic permeability modelling: The effect of ferrite grain size and phase fraction – ScienceDirect

Q 12 Keywords VISTO (NON ORIENTED ELECTRICAL STEELS) Journal or book title(Journal of Magnetism and Magnetic Materials) Content ID(271615) – Search | ScienceDirect.com

Q 12A A new hysteresis simulation method for interpreting the magnetic properties of non-oriented electrical steels – ScienceDirect

Q 12B The effect of easy axis misorientation on the low induction hysteresis properties of non-oriented electrical steels – ScienceDirect

Q 12C Influence of relaxation phenomena in dynamic magnetization processes on magnetic power losses of non-oriented electrical steel sheets – ScienceDirect

Q 12D The relation between the magnetostriction and the hysteresis losses in the non-oriented electrical steels – ScienceDirect

Q 12E Effect of the rapid heating on the magnetic properties of non-oriented electrical steels – ScienceDirect

Q 12F The study of two different strain paths on the deterioration of the magnetic properties of non-oriented electrical steels – ScienceDirect

Q 12G Minimum force model. Effect of crystallographic texture on the magnetostriction and loss characteristics of non-oriented electrical steels – ScienceDirect

Q 12H Influence of shearing process on domain structure and magnetic properties of non-oriented electrical steel – ScienceDirect

E 12I Magnetic local investigations of non-oriented electrical steels after tensile deformation – ScienceDirect

E 12J Induced stresses due to the mechanical cutting of non-oriented electrical steels – ScienceDirect

E 12K A method to estimate magnetic induction from texture in non-oriented electrical steels – ScienceDirect

Q 13 Electrical Steels – ScienceDirect

Scopus preview – Scopus – Document details – High silicon steel sheets realizing excellent high frequency reactor performance

Scopus – Search for an author profile

Scopus preview – Scopus – Document details – Basic investigation of CVD method for manufacturing 6.5% Si steel sheet

Scopus preview – Scopus – Document details – Magnetic properties and workability of 6.5% silicon steel sheet manufactured in continuous CVD siliconizing line

Q 14 Search Page | SpringerLink

Q 14A Influence Mechanism of Sn on 2.7%Si-0.5%Al Non-oriented Silicon Steel | JOM

Q 14B Effect of Grain Size Before Cold Rolling on Microstructure, Texture and Magnetic Properties of Ultra-Thin Low-Si Non-oriented Silicon Steel | JOM

Q 14C Multi-objective parameter optimization for stacking and sintering of screen-printed magnetic sheets | Production Engineering

Q 14D Thick-Gauge Ultra-High-Strength High-Silicon Non-Oriented Silicon Steel with Balanced Mechanical and Magnetic Properties Controlled by Partial Recrystallization Annealing | JOM

Q 14E Influence of Inclusions on Magnetic Properties of Al-Killed Non-oriented Silicon Steels | JOM

Q 14F Fabrication of Fe-6.7 wt% Si steel via laser powder bed fusion and investigation of the resulting crystallographic texture | Progress in Additive Manufacturing

Q 14F01 Dependence of recrystallization behavior and magnetic properties on grain size prior to cold rolling in high silicon non-oriented electrical steel – ScienceDirect

Q 14F02 Review of Fe-6.5 wt%Si high silicon steel—A promising soft magnetic material for sub-kHz application – ScienceDirect

Q 14F03 Introduction to Magnetic Materials | Wiley Online Books

Q 14F04 Effect of ordering on magnetic properties of 6.5-percent silicon-iron alloy | IEEE Journals & Magazine | IEEE Xplore

Q 14F05 Microstructure, texture and magnetic properties of strip casting Fe–6.2 wt%Si steel sheet – ScienceDirect

Q 14F06 Study of the brittle behaviour of annealed Fe-6.5 wt%Si ribbons produced by planar flow casting – ScienceDirect

Q 14G Effect of Sb and Initial Annealing on the Microstructure, Texture, and Magnetic Behavior of Low Silicon Steel Produced by Single-Roll Drive Rolling | Metals and Materials International

Q 14I Impact of residual stress evoked by pyramidal embossing on the magnetic material properties of non-oriented electrical steel | Archive of Applied Mechanics

Q 14J Prospects of Production and Application of Cold-Rolled Electrical Steel for Magnetic Cores of Rotary Electric Machines | Steel in Translation

Q 14J01 e39-013-020.pdf

Q 14K Microstructure and Magnetic Properties of 6.5 Wt Pct Si Steel Strip Produced by Simulated Strip Casting Process | Metallurgical and Materials Transactions A

Q 14L The Addition of Boron to Melt-Spun Fe−6.5%Si Ribbons | JOM

Q 14L01 Uncover the Electric Vehicle Industry: Trends, Innovation & More

Q 14L02 Electric Vehicle Industry 2025 MUY IMPORTANTE

Q 14L03 Ferromagnetism | IEEE eBooks | IEEE Xplore LIBRO

Q 14L04 Handbook of Magnetic Measurements – Slawomir Tumanski – Google Libros

Q 14L05 Fabrication of Fe‐6.5wt%Si Ribbons by Melt Spinning Method on Large Scale – Liang – 2015 – Advances in Materials Science and Engineering – Wiley Online Library

Q 14M Blanking induced damage in thin 3.2% silicon steel sheets | Production Engineering

Q 14N Effect of plastic strain and forming temperature on magnetic properties of low-carbon steel | International Journal of Minerals, Metallurgy and Materials

Search Page | SpringerLink 01 Production process of non Oriented magnetic steel sheets

Search Page | SpringerLink 02 Production process of non Oriented magnetic steel sheets

Q 15 Effect of Superheat on the Initial Solidification Behaviors of 3.5 wt pct Si Non-oriented Electrical Steel During Strip Casting | Metallurgical and Materials Transactions B

Q 16 Search Page | SpringerLink TEXTURES

Q 16A Microstructure and Magnetic Properties of Fe-4.5% Si Thin-Gauge Non-Oriented Electrical Steel | Metals and Materials International

Q 16B Effect of Annealing Stress on the Magnetic Properties of High-Grade Non-oriented Electrical Steel | Metallurgical and Materials Transactions A

Q 16C Balancing Magnetic and Mechanical Properties of Non-oriented Electrical Steel: Correlation Between Microstructure and Properties | Acta Metallurgica Sinica (English Letters)

Q 16E Some Aspects of Magnetic Anisotropy in Non-Grain-Oriented (NGO) Electrical Steels | JOM

Q 16F Effect of sub-micron deformations at opposing strain rates on the micromagnetic behaviour of non-oriented electrical steel | Nature Communications

Q 16G Effect of rolling process on magnetic properties of Fe-3.3 wt% Si non-oriented electrical steel | Applied Physics A

Q 16H Effect of annealing temperature on magnetic and mechanical properties of twin-roll strip casting Cu-bearing non-oriented electrical steel | Journal of Materials Science

Q 16I N 29 Manufacturing ofIMPORTISIMI non-grain-oriented electrical steels: review | The International Journal of Advanced Manufacturing Technology

Q 16J Effect of Cooling Rate on Magnetic Properties of Fe-3.3 wt% Si Non-oriented Electrical Steel | Metals and Materials International

Q 16K Enhanced magnetic properties and Goss texture development of FeSi3.5 by direct energy deposition | Journal of Materials Science

Q 16L Characterization of Fe-6Si Soft Magnetic Alloy Produced by Laser-Directed Energy Deposition Additive Manufacturing | JOM

Q 16M Effect of normalization on texture evolution of 0.2-mm-thick thin-gauge non-oriented electrical steels with strong η-fiber textures | Journal of Iron and Steel Research International

Q 16N Magnetic field–dependent microstructure evolution and magnetic property of Fe–6.5 Si–0.05 B alloy during solidification | Journal of Materials Research

Q 16O New Process for the Goss Texture Formation and Magnetic Property in Silicon Steel Sheet by Hot Asymmetric Rolling and Annealing | Metallurgical and Materials Transactions A

CA 016 BIBLIOGRAPHY and PAPERS 03 ACADEMIC GOOGLE and GENERAL

S 01 Non Oriented Electrical Steels – Buscar con Google

S 01A Jiangsu Junlicheng Steel Industry Co., Ltd

S 01B Silicon steel: oriented silicon steel, non oriented silicon steel, China Silicon steel: oriented silicon steel, non oriented silicon steel Manufacturers, Suppliers, Factory -Shandong Jiate Steel Co., Ltd.

S 01B01 Texture Evolution during Recrystallization and Grain Growth in Non-Oriented Electrical Steel Produced by Compact Strip Production Process

S 01B02 Texture evolution during skew cold rolling and annealing of a non-oriented electrical steel containing 0.9 wt% silicon | Journal of Materials Science

S 01B03 Special texture evolution behavior of strip-cast non-oriented electrical steel combined with in-situ experiment and CPFEM – ScienceDirect

S 01B04 Texture Evolution of a 2.8 wt% Si Non-Oriented Electrical Steel during Hot Band Annealing – IOPscience

S 01B05 Rapid annealing effects on microstructure, texture, and magnetic properties of non-oriented electrical steel | Metals and Materials International

S 01B06 Microstructure and Texture Evolution in Non‐oriented Electrical Steels Along Novel Strip Casting Route and Conventional Route – Liu – 2016 – steel research international – Wiley Online Library

S 01B07 Thin electrical steel strip: NO grades for medium to high frequency ranges

S 01B08 Performance Analysis of Non–Oriented Electrical Steel with Optimum Texture for High–Speed Traction Motors – IOPscience

S 01B09 Non-Oriented Electrical Steel – Guangdong Hongwang Metal New Material Co., Ltd. – page 1.

S 01B10 Materials | Special Issue : Low-Loss Nonoriented Electrical Steel Sheet for Energy-Efficient Electrical Drives

S 01B10A Characterization Methods along the Process Chain of Electrical Steel Sheet—From Best Practices to Advanced Characterization

S 01B10B Grain Size Influence on the Magnetic Property Deterioration of Blanked Non-Oriented Electrical Steels

S 01B10C Influence of Process Parameters on Grain Size and Texture Evolution of Fe-3.2 wt.-% Si Non-Oriented Electrical Steels

S 01B10D Material Design for Low-Loss Non-Oriented Electrical Steel for Energy Efficient Drives

S 01B11 ThinNOFP.pdf

https://perso.uclouvain.be/ernest.matagne/ELEC2311/T2006/ThinNOFP.pdf

S 01B12 Electrical steel sheet | Steel sheets | Products | Nippon Steel & Sumitomo Metal Corporation

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https://www.nipponsteel.com/product/catalog_download/pdf/D005je.pdf

S 02 nonoriented electrical steels – Google Académico

S 02A Nonoriented Electrical Steels | JOM

S 02B Recent developments of non-oriented electrical steel sheets | IEEE Journals & Magazine | IEEE Xplore

S 02C Nonoriented electrical steel sheet with low iron loss for high-efficiency motor cores | IEEE Journals & Magazine | IEEE XploreS

S 02D Skew rolling and its effect on the deformation textures of non-oriented electrical steels

– ScienceDirect

S 02E Investigation of Total Losses of Non-Oriented Electrical Steels

S 03 magnetic properties of non-oriented electrical steels – Google Académico

S 03A How non-conventional machining affects the surface integrity and magnetic properties of non-oriented electrical steel – ScienceDirect

S 03B The Influence of Cutting Technology on Magnetic Properties of Non-Oriented Electrical Steel—Review State of the Art

S 03C Effect of hot-band grain size on magnetic properties of non-oriented electrical steels | IEEE Journals & Magazine | IEEE Xplore

S 04 grain size electrical steel – Google Académico

S 04A The effects of grain size on the magnetic properties of fully processed, continuous-annealed low-carbon electrical steels | IEEE Journals & Magazine | IEEE Xplore

S 04B Investigation of the influence of global stresses and strains on the magnetic properties of electrical steels with varying alloying content and grain size | IEEE Conference Publication | IEEE Xplore

S 04C The effect of grain size before cold rolling on the magnetic properties of thin-gauge non-oriented electrical steel – IOPscience

S 04D Effect of initial grain size on microstructure, texture and magnetic properties of non-oriented electrical steel – ScienceDirect

S 04D Effect of initial grain size on microstructure, texture and magnetic properties of non-oriented electrical steel – 1-s2.0-S2238785424015047-main.pdf

S 04E Rapid heating effects on grain-size, texture and magnetic properties of 3% Si non-oriented electrical steel | Bulletin of Materials Science

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S 05A Effects of initial microstructure and texture on microstructure, texture evolution and magnetic properties of non-oriented electrical steel – ScienceDirect

S 05B Comparisons of {100} texture improvement and formability in hot-rolled non-oriented electrical steel by austenite–ferrite phase transformation and shear deformation | Journal of Iron and Steel Research International

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S 06 recrystallized texture electrical steel – Google Académico

S 06A Disparity in recrystallization of α- & γ-fibers and its impact on Cube texture formation in non-oriented electrical steel – ScienceDirect

S 06A01 Formation of a near {001}〈110〉 recrystallization texture in electrical steels – ScienceDirect

S 06B Recrystallization Behavior of Hot‐Rolled Microstructure with Texture Gradient and Texture of Final Sheet in Thin‐Gauge Electrical Steel – Tang – 2022 – steel research international – Wiley Online Library

S 06C Strong {1 0 0}〈0 1 2〉-{4 1 1}〈1 4 8〉 recrystallization textures in heavily hot-rolled non-oriented electrical steels – ScienceDirect

S 06D Effect of rolling methods on microstructure, recrystallization texture and magnetic properties in a Fe–2.5%Si–0.52%Al non-oriented electrical steel – ScienceDirect

S 06E 110699.dvi – 柱状晶对Fe-3_Si电工钢再结晶织构演变规律的影响-2.pdf

S 07 semi-processed electrical steels – Google Académico

S 07A Magnetic aging anisotropy of a semi-processed non-oriented electrical steel – ScienceDirect

S 07B Decarburization Kinetics during Annealing of a Semi-processed Electrical Steel

S 07C SciELO Brasil – Effect of Aluminium Addition on the Magnetic Properties of a Semi-Processed Electrical Steel Effect of Aluminium Addition on the Magnetic Properties of a Semi-Processed Electrical Steel

S 07D Cost reduction by application of semi-processed steel in the production of electrical motors – ScienceDirect

S 07E Effects of manganese and sulfur contents and slab reheating temperatures on the magnetic properties of non-oriented semi-processed electrical steel sheet – ScienceDirect

S 07E01 Effects of titanium on magnetic properties of semi-processed non-oriented electrical steel sheets | Journal of Materials Science

S 07F Orientation dependence of stored energy of cold work in semi-processed electrical steels after temper rolling – ScienceDirect

S 07G Microstructure, texture and magnetic properties of the semi-processed strip-cast non-oriented electrical steel | Metallurgical Research & Technology

S 07H Effect of Cold Rolling Prior to Annealing on the Grain Size-Energy Losses Relationship in a Low Carbon Grain Non-Oriented Semi-Processed Electrical Steel

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S 07J Basic_classification_and_processing_of_e.pdf

S 07K Influence of wire electrical discharge machine cutting parameters on the magnetization characteristics of electrical steel laminations – ScienceDirect

S 07L Handbook Of Electrical Steel – Goran Engdahl – Google Libros

S 07M Effect of temper rolling and subsequent annealing on texture development and magnetic permeability of semi-processed electrical steel with 2.3 wt.% Si

S 07N Effect of Hot Band Annealing on Microstructure of Semi-Processed Non-Oriented Low Carbon Electrical Steels | MRS Online Proceedings Library (OPL) | Cambridge Core

S 07O Evolution of Power Losses in Bending Rolled Fully Finished NO Electrical Steel Treated under Unconventional Annealing Conditions

S 07P Characterization of the Mechanical and Microstructural Properties of Thin Non-Orientated Electrical Steel Sheets

S 07Q Magnetic losses evolution of a semi-processed steel during forced aging treatments – ScienceDirect

S 07R Electrical Steels for Rotating Machines – Philip Beckley – Google Libros

S 07S Correlation between Magnetic Properties and Chemical Composition of Non-Oriented Electrical Steels Cut through Different Technologies

S 07S01 The influence of cutting technique on the magnetic properties of electrical steels – ScienceDirect

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S 07V Development of full-processed non-oriented electrical steel in a CSP line

S 08 non-oriented electrical steels grain growth phenomena – Google Académico

S 08A Correlation of grain growth phenomena with magnetic properties in non – oriented electrical steels – IOPscience

S 08B Columnar grain growth during annealing prior to cold rolling of non-oriented electrical steels – ScienceDirect

S 08C Effect of Tensile Deformation on the Grain Size of Annealed Grain Non-Oriented Electrical Steel | MRS Online Proceedings Library (OPL) | Cambridge Core

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S 08E The influence of microstructural features of individual grains on texture formation by strain-induced boundary migration in non-oriented electrical steels | Journal of Materials Science

S 08F Tracking the Evolution of Annealing Textures from Individual Deformed Grains in a Cross-Rolled Non-oriented Electrical Steel | Metallurgical and Materials Transactions A

S 08G Effect of Heating Rate on Microstructure Evolution and Magnetic Properties of Cold Rolled Non-Oriented Electrical Steel | Journal of Iron and Steel Research International

S 08H Modelling the evolution of recrystallization texture for a non-grain oriented electrical steel – ScienceDirect

S 09 low carbon electrical steels – Google Académico

S 09A Effect of Hot Band Annealing Temperature on the Magnetic Properties of Low-carbon Electrical Steels

S 09B Desulphurisation Process in RH Degasser for Soft-killed Ultra- low-carbon Electrical Steels

S 09C A Mathematical Model of Desulphurization Kinetics for Ultra-low-sulfur Steels Refining by Powder Injection during RH Processing

S 09D Review of Electrical Steels with their Properties and Recent Trends for Improvement

S 09E Magnetic ageing characteristics of low silicon electrical steels – ScienceDirect

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S 09G Innovative processing for improved electrical steel properties – 1136-Article text (mandatory)-1153-1-10-20110119.pdf

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S 09I Effect of composition and impurities on the magnetic properties of low-carbon electrical steels | Journal of Materials Science Letters

S 09J Magnetic properties of low loss non-oriented electrical steel sheet of thin gauge and at high frequencies – IOPscience

S 09K Application status and prospect of low carbon technology in iron and steel industry

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S 09K02 Recent Status of Production, Administration Policies, and Low-Carbon Technology Development of China’s Steel Industry

S 09L Decarburization_and_grain_growth_kinetic.pdf

S 09M Effect of impurities on the microstructure and mechanical properties of a low carbon steel – Jiaqi Duan, Didier Farrugia, Claire Davis, Zushu Li, 2022

S 10 semi-processed electrical steel decarburization kinetics – Google Académico

S 10A Microsoft Word – COBEM2007-0539.doc – COBEM2007-0539.pdf

S 10B Modelling Decarburization in Electrical Steels – Soenen – 2005 – steel research international – Wiley Online Library

S 10C Variation in structure and magnetic properties during decarb-annealing of electrical steel – ScienceDirect

S 10D SciELO Brasil – Kinetics of Magnetic Ageing of 2%Si Non-oriented Grain Electrical Steel Kinetics of Magnetic Ageing of 2%Si Non-oriented Grain Electrical Steel

S 10E Heat Treating and Surface Engineering: Proceedings of the 22nd Heat Treating … – ASM Heat Treating Society. Conference and Exposition – Google Libros

S 10F ATMOSPHERES FOR ANNEALING ELECTRICAL STEELS – Document – Gale Academic OneFile

S 10G Kinetics of columnar abnormal grain growth in low-Si non-oriented electrical steel – ScienceDirect

S 10H The influence of annealing conditions on the internal oxidation and magnetic properties of silicon‐aluminum bearing electrical steels | Journal of Applied Physics | AIP Publishing

S 10H01 The effect of antimony on internal oxidation and magnetic properties of Si-Al electrical steels | IEEE Journals & Magazine | IEEE Xplore

S 10H02 Effects of internal oxidation and nitridation on the magnetic properties of non‐oriented electrical steels | Journal of Applied Physics | AIP Publishing

S 10I Modelling Decarburization in Electrical Steels | Request PDF

S 10J (PDF) MODELING DESCARBURISATION PROCESS OF HEAT TREATMENT OF ELECTRICAL STEELS

S 10K steiner.pdf

http://mit.imt.si/izvodi/mit016/steiner.pdf

S 10L Effect of Hot Band Annealing on the Microstructure and Mechanical Properties of Low Carbon Electrical Steels | MRS Online Proceedings Library (OPL) | Cambridge Core

S 10M An Approach to Predict the Depth of the Decarburized Ferrite Layer of Spring Steel Based on Measured Temperature History of Material during Cooling

S 11 initial grain size nonoriented electrical steels – Google Académico

S 11A Precipitates in electrical steels – ScienceDirect

S 11B The Influence of Normalization Temperatures on Different Texture Components and Magnetic Properties of Nonoriented Electrical Steels – Wu – 2021 – steel research international – Wiley Online Library

S 12 final microstructure non-oriented electrical steel sheets – Google Académico

S 12A Microstructure and mechanical property connections for a punched non-oriented electrical steel lamination – ScienceDirect

S 12B Anisotropic properties of non‐oriented steel sheets – Chwastek – 2013 – IET Electric Power Applications – Wiley Online Library

S 12C Effects of slab reheating temperature and hot rolling process on microstructure, texture and magnetic properties of 0.4% Si non-oriented electrical steel – ScienceDirect

S 12D Analysis and prevention of edge cracking phenomenon during hot rolling of non-oriented electrical steel sheets – ScienceDirect

S 12E The Combined Effects of Plastic Deformation and Two-Phase Annealing, Applied to Hot-Rolled Bands, on the Final Microstructure and Magnetic Properties of Non-oriented Electrical Steel Sheets – s11661-023-07242-2.pdf

S 12F Microstructure and Texture of 0.75%Si Non-oriented Electrical Steel Fabricated by Strip Casting Process | Metallography, Microstructure, and Analysis

S 12G Effect of Manufacturing on Microstructure and Magnetic Properties of Non-Oriented Electrical Steel – ProQuest

S 13 recovery annealing nonoriented electrical steels – Google Académico

S 13A Effect of pre-recovery annealing on recrystallisation behaviour of strip-cast non-oriented electrical steel: Materials Science and Technology: Vol 39, No 10

S 13B The Effect of Recovery Annealing on the Magnetic and Mechanical Properties of Nonoriented Electrical Steels | IEEE Journals & Magazine | IEEE Xplore

S 13C Effect of Partial Recrystallization Annealing on Magnetic Properties and Mechanical Properties of Non-Oriented Silicon Steel

S 13D Influence of stress relief annealing temperature on the cutting edge microstructure and on the recovery of magnetic properties of grain oriented electrical steel – ScienceDirect

S 13E Reducing Power Losses by Optimizing Cooling in Final Annealing of Non-Oriented Electrical Steel

S 13F Ultrastrong {100} texture in twin-roll strip cast non-oriented electrical steel through two-step annealing – ScienceDirect

S 13F01 Enhanced {100} Recrystallization Texture in Strip‐Cast Nonoriented Electrical Steel by Two‐Stage Annealing – Jiao – 2023 – steel research international – Wiley Online Library

S 13G Effect of Annealing on the Magnetic Properties of a Cold Rolled Non-Oriented Grain Electrical Steels | MRS Online Proceedings Library

S 13H Evolution and Interaction of the Microstructure and Texture at the Different Processing Steps for Ferritic Nonoriented Electrical Steels | IEEE Journals & Magazine | IEEE Xplore

S 13I the influence of annealing temperature on the magnetic properties of cryo-rolled non-oriented electrical steel

S 13I01 Effect of recrystallization annealing temperature on microstructure, texture and magnetic properties of non-oriented silicon steel produced by strip casting – ScienceDirect

S 14 electrical steels magnetic aging – Google Académico

S 14A On predicting the extent of magnetic aging in electrical steels – ScienceDirect

S 14B Magnetic Aging Effect Losses on Electrical Steels | IEEE Journals & Magazine | IEEE Xplore

S 14C Kinetics of magnetic aging of low-carbon electrical steel | Metal Science and Heat Treatment

S 14D Magnetic Aging of Non-Oriented Electrical Steels Subjected to Thermal Operating Conditions Encountered in Electrical Mobility Applications – JCGE_LSaleh.pdf

S 14E Higher strength steels for magnetic applications in motors – Tuomo Nyyssönen, Bevis Hutchinson, Arvid Broddefalk, 2021

S 14F Effect of Static Stress and Magnetic Ageing on Iron Losses for Non Oriented and Grain Oriented Electrical Steels – ProQuest

S 14G Iron Loss Deterioration by Shearing Process in Non-Oriented Electrical Steel with Different Thicknesses and Its Influence on Estimation of Motor Iron Loss

S 14I A study of the kinetics of magnetic aging in steels | IEEE Journals & Magazine | IEEE Xplore

S 14J Evaluation of magnetic aging in transformers and electrical machines cores during operation (Technical Report) | ETDEWEB

S 14K Detrimental effect of oxidation on magnetic properties of nonoriented electrical steel sheet | Journal of Applied Physics | AIP Publishing

S 14L Study on the influence of thermal aging on the mechanical and magnetic properties of ferritic steel – IOPscience

S 14M The influence of cooling rate on microstructure and magnetic properties of cast Fe-6.5wt%Si steel – IOPscience

CA 017 BIBLIOGRAPHY and PAPERS 04 GENERAL

R 01 Electrical steel strip for electromagnetic components

R 02 Non-oriented Electrical Steel Market Size, Growth and Analysis Report – 2033

R 03 (PDF) Developments in the Field of Nonoriented Electrical Steels Over the Last Years

R 04 (PDF) Role of Hot Rolling inPASADO Microstructure and Texture Development of Strip Cast Non-Oriented Electrical Steel

R 05 (PDF) Texture evolution in twin-roll strip cast non-oriented electrical steel with strong Cube and Goss texture

R 06 (PDF) Dependence of recrystallization behavior and magnetic properties on grain size prior to cold rolling in high silicon non-oriented electrical steel

R 07 (PDF) Effect of Cold Rolling Process on Microstructure, Texture and Properties of Strip Cast Fe-2.6%Si Steel

R 08 (PDF) The Origin of the Cube ({001}) Texture in Non-oriented Electrical Steel Sheets

R 09 Effect of pre-recovery annealing on recrystallisation behaviour of strip-cast non-oriented electrical steel | Request PDF

R 10 Ultrastrong {100} texture in twin-roll strip cast non-oriented electrical steel through two-step annealing | Request PDF

R 11 China B50A700 Non Grain Oriented Electrical Steel Suppliers, Manufacturers, Factory – Free Sample – GNEE

R 12 Integrated Process Simulation of Non-Oriented Electrical Steel – PubMed

R 13 Manufacturing of non-grain-oriented electrical steels: review

R 14 Manufacturing of non-grain-oriented electrical steels: review – University of Strathclyde

R 15 Silicon steel lines – SMS group GmbH

R 16 Influence of the manufacturing process on the magnetic properties of non-oriented electrical steels – PDF Free Download

R 16A Influence of the cutting process on the magnetic properties of non-oriented electrical steels – PDF Free Download

R 16B The influence of cutting technique on the magnetic properties of electrical steels – PDF Free Download

R 16C Effect of initial grain size on texture evolution and magnetic properties in nonoriented electrical steels – PDF Free Download

R 16D Influence of welding and sticking of laminations on the magnetic properties of non-oriented electrical steels – PDF Free Download

R 16E The effects of stress relief annealing on the magnetic properties of cut laminations and assembled cores produced from nonoriented electrical steel – PDF Free Download

R 16F Effect of stress relief annealing temperature and atmosphere on the magnetic properties of silicon steel | Request PDF

R 16G Influence of mechanical and water-jet cutting on the dynamic magnetic properties of NO Fe-Si steels – PDF Free Download

R 16H Effect of grain size, deformation, aging and anisotropy on hysteresis loss of electrical steels | Request PDF

R 16I The effect of silicon on the grain size and the tensile properties of low carbon steels – ScienceDirect

R 16J Relative effect(s) of texture and grain size on magnetic properties in a low silicon non-grain oriented electrical steel | Request PDF

R 16K Effects of Sn Addition on Core Loss and Texture of Non-Oriented Electrical Steels – PDF Free Download

CA 017A BIBLIOGRAPHY and PAPERS 05 NEW MILLS and DEGASSING OF ELECTRICAL STEELS

R 16L Thyssenkrupp starts new electrical steel processing line – EUROMETAL

R 16M ArcelorMittal to move forward with construction of a new, world-class electrical steel manufacturing facility | ArcelorMittal

R 16N Electrical steels – Industry

R 16O ArcelorMittal's New Alabama Mill: A Game-Changer for U.S. Electrical Steel Production

R 16P Non-Grain Oriented Electrical Steel Market to Reach USD 27.92 Billion by 2032, Fueled by Growing Demand for Electrical Equipment | SNS Insider

R 16Q Non Grain Oriented Electrical Steel Market Rewriting Long Term

R 16S Top 15 Non-Grain Oriented Electrical Steel Manufacturers [2024]

R 16T JFE Steel resumes electrical steel sheet production at Kurashiki

R 16U Spain unlikely to take serious hit from US steel tariffs

R 16V Non-Grain Oriented Electrical Steel Market Know Faster Growing Segments Now | Taiwan News | Aug. 20, 2024 08:07

R 16X Silicon steel lines – SMS group GmbH

R16Y Grain/Non-grain Oriented Electrical Steel,Silicon Steel Sheet/Strip/Coils Supplier

R 16Y01 Customized Magnet Material,Magnet Material Supplier,Magnet Material Distributor

R 16Z Electrical steel production – Buscar con Google

R 17 Electrical steels – ArcelorMittal Europe – Flat Products

R 18 New electrical steel production unit in Mardyck complements St-Chély, triples ArcelorMittal capacity

R 19 latest news in production of non oriented electrical steels – Buscar con Google

R 19A MEPS’s latest global steel production and capacity round-up

R 19B ArcelorMittal to move forward with construction of a new, world-class electrical steel facility in Alabama

R 19C JFE Steel’s Kurashiki Facility Resumes Production of Electrical Steel Sheet After Completing First Phase of Capacity Expansion|JFE Steel Corporation

R 19C01 JFE Steel formally decides to further expand electrical steel sheet capacity of Kurashiki facility|JFE Steel Corporation

R 20 Non-Grain Oriented Electrical Steel Market By Application Report – NEWS CHANNEL NEBRASKA

R 21 China's non-grain oriented electrical steel market rise amid India's anti-dumping investigation – Fastmarkets

R 22 A Review on the Effect of Electrical Steel Manufacturing Processes on the Performance of Electric Machines

R 23 INFORMATION AND PROCEDURES OF NON – ORIENTED ELECTRICAL STEELS STEELMAKING REVIEW 02 English – Iron and Steelmaking

R 24 Electrical Steel Market Size, Growth & Industry Analysis [2032]

R 25 Shifts and Breakthroughs in Electrical Steel Industry

R 25A Electrical Steel Market Size, Share & Trends Analysis, 2031

R 26 Electrical Steel Market Size, Share & Growth Report, 2030

R 26A Electrical Steel Market Size & Outlook, 2030

R 27 Electrical steel: electrification's forgotten material – CRU Group

R 28 SIJ Acroni: leading the charge in advanced electrical steel production – GreenSteelWorld.com

R 29 Basic classification and processing of electrical steels

R 30 Electrical steel production in US | CWIEME Berlin

R 31 7 Best Electrical Steel Manufacturers – Verified Market Research

R 31A Report Enquiry For Download Sample – Verified Market Research

R 32 Electrical Steel Companies – Top Industry Manufacturers 2024

R 33 U.S. Electrical Steel Industry Report 2022-2032

R 34 Our advanced E-Si® technologies to produce the electrical steel for tomorrow's e-mobility

https://johncockerill.com/en/press-and-news/news/advanced-e-si-technologies-electrical-steel-production/

R 34A Steel strip processing – John Cockerill – John Cockerill

R 35 Electrical steel market size worldwide 2020 | Statista

R 36 Electrical Steel – an overview | ScienceDirect Topics

R 36A Encyclopedia of Materials: Metals and Alloys | ScienceDirect

R 37 (PDF) Correlation Between Microstructure, Texture, and Magnetic Induction in Nonoriented Electrical Steels

R 39 thyssenkrupp Commissions New NGO Annealing, Isolating Line – Association for Iron & Steel Technology

R 39A Investment in the future for electric mobility – thyssenkrupp takes a new high-tech annealing and isolating line into operation in Bochum

R 41 ArcelorMittal Greenlights Alabama Electrical Steel Plant; Nears Completion of EAF – Association for Iron & Steel Technology

R 42 R 16O.01 Brief – SMS_group_press_release_-_250129__thyssenkrupp_Steel_Europe_-_EN.pdf

R 55 ANDRITZ Selected to Supply New U.S. Electrical Steel Facility – Association for Iron & Steel Technology

R 55A ANDRITZ selected by ArcelorMittal as supplier for new electrical steel facility in the USA

R 55B ANDRITZ selected by ArcelorMittal as supplier for new electrical steel facility in the USA | Industry USA

R 56 The Effect of Cold Rolling Process on the Microstructure and Texture Evolution in a 1 wt. % Si Non-oriented Electrical Steel

R 57 ANDRITZ to Supply Silicon Steel Processing Plant to ArcelorMittal/China Oriental Group – Association for Iron & Steel Technology

R 57A ArcelorMittal/China Oriental Group JV orders high-end silicon steel processing plant from ANDRITZ

R 57B ArcelorMittal-China Oriental JV orders silicon steel plant from Andritz

R 58 O 3 (1) (PDF) Manufacturing of non-grain-oriented electrical steels: review

DEGASSING OF ELECTRICAL STEELS 2025

Although degassification processes in steelmaking are used for the manufacture of grain-oriented magnetic sheet, it is foreseeable that, given the growing importance of electric motors in the transport sector and many others, these degassification techniques will also be used in the future to further improve the magnetic characteristics of this steel.

R 43A JPH07138633A – Production of extra-low carbon steel by vacuum degassing – Google Patents

R 44 M 03O Liquid processing of silicon steels using the converter-ladle furnace-circulation degasser route

R 45 a126z1p087.pdf

http://przyrbwn.icm.edu.pl/APP/PDF/126/a126z1p087.pdf

R 46 VACUUM DEGASSING OF STEEL PART 1 1958 – M38-1-47-1959-eng.pdf

R 47 P 11C Improving the Magnetic Properties of Non-Oriented Electrical Steels by Secondary Recrystallization Using Dynamic Heating Conditions

R 48 Vacuum Degasser.pdf

R 49 Vacuum Degassing Applications | KNF Neuberger – Application_Note_Degassing.pdf

R 50 The principle of our vacuum degassers is based on Henry's law – Spirotech

R 51 Resource-saving and sustainable production of high-quality steel by enhanced on-line control of stirring efficiency in vacuum degassing (SUSPRISE Joint Call) – Factory of Tomorrow

R 51A Microsoft PowerPoint – STEELVDCON_Susprise_Internal_workshop_Presentation.ppt – 080923_susprise_steelvdcon_internal_workshop_presentation.pdf

R 52 lecture-25.pdf