Preface, Scientific Committee
Effect of Parameters in the Physical Simulated Rough Rolling Stage on Microstructure Evaluation and Tensile Properties of a Bainitic Pipeline Steel
p.3
p.3
Development of Modern Steels for Strain Based Design Pipe Lines and Simulation Results
p.9
p.9
Influence of Hot Rolling Condition on the Final Microstructure of Non-Oriented Electrical Steel Fe-3.2 wt.% Si
p.16
p.16
On the Correlation between Microstructure Homogeneity and Formability in Two Multi Phase Steels Treated with Different Cooling Strategies
p.22
p.22
Production of Directly Quenched High-Strength Hot-Rolled Strip Steels - Influence of Rolling and Cooling Conditions on Mechanical Properties and Flatness
p.29
p.29
Material Aspects of Hot Rolling and Cooling Conditions for Strips from Martensitic Steel
p.35
p.35
Arvedi ESP Technology - The Hot Rolling of HS and AHS Thin Gauge Steel Strips
p.42
p.42
Substitution of Rare Earths in Magnesium Alloys
p.51
p.51
Influence of Hot Rolling Condition on the Final Microstructure of Non-Oriented Electrical Steel Fe-3.2 wt.% Si
Abstract:
In this paper the microstructure evolution of an iron-silicon alloy with 3.2 wt.% silicon throughout the manufacturing stages hot rolling, cold rolling and annealing is presented. Starting with a 35 mm thick feedstock, which was hot rolled to 1 mm, with different cooling conditions, the material was cold rolled to a final thickness of 0.3 mm and final annealed under same conditions to show the influence of the hot rolling on the texture and microstructure of the final annealed material.
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Periodical:
Materials Science Forum (Volume 854)
Pages:
16-21
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Online since:
May 2016
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