Cleanliness Evaluation for 55SiMnMo Steels Produced by EAF→LF→VD→Billet Casting Process
p.611
p.611
Effects of Normalizing Annealing on the Recrystallization Texture of 4.2wt.%Si Non-Oriented Electrical Steel Thin Sheets
p.615
p.615
Study of the Ti-Mn-Al-Si-O-S Complex Inclusions Inducing Intragranular Acicular Ferrite
p.620
p.620
Influence of Vanadium on Microstructures and Mechanical Properties of High Strength Normalized Steel
p.628
p.628
Effect of Strain Rate on Nb(C,N) Precipitation in Micro Alloy Steel Slab
p.633
p.633
High-Strain-Rate Superplasticity of Big Grains in Spray Forming Ultrahigh Carbon Steel Contain 1.6wt.%Al(UHCS-1.6Al)
p.639
p.639
Research of the DWTT Fracture of X70 Pipeline Steel
p.643
p.643
Effect of Boron Mud on Melting Temperature of CaO-Based Steelmaking Slag
p.647
p.647
Shield Performance of High Boron Alloyed Stainless Steel Composite Plate
p.651
p.651
Effect of Strain Rate on Nb(C,N) Precipitation in Micro Alloy Steel Slab
Abstract:
It was analyzed by strain-induced precipitation model that Nb(C,N) precipitation in micro alloy steel slab was effected by strain rate during continuous casting process. The results are as follows: The changing of casting speed could effect the time for 5%precipitation of Nb(C,N), which was decreasing with increasing casting speed at certain temperature and strain rate. Slab strain and strain rate were too small in bending zone and leveling zone. The effect of slab strain rate on Nb(C,N) precipitation could be ignore when Nb(C,N) precipitation in continuous casting process was studied.
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Info:
Periodical:
Advanced Materials Research (Volumes 535-537)
Pages:
633-638
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Online since:
June 2012
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