Ultra-Fine Grained Steels /
Weng, Yuqing.
Ultra-Fine Grained Steels / by Yuqing Weng. - recurso en línea.
Springer eBooks
Overview -- Refinement of Austenitic Microstructure and Its Influence on ??? Transformation -- Deformation Induced Ferrite Transformation -- Microstructure Refinement of Steels by TSCR Technology -- Microstructure Fining Theory of Low- carbon Bainitic Steel -- Microstructure Refining and Strengthening of Martensitic Steel -- Carbide-free Bainite/Martensite (CFB/M) Duplex Phase Steel -- Extra Low Sulfur and Non-metallic Inclusions Control for Ultra Fine Grain High Strength Steels -- Fundamental Study on Homogeneity of Solidification Structure of Steel -- Welding of Ultra-Fine Grained Steels.
Ultra-Fine Grained Steels discusses results of the New Generation Iron and Steel Materials research project funded over the last ten years. Modern sustainability requirements want that iron and steel must meet four conditions: stronger, longer service life, leading-edge manufacturing technology (low cost, material and energy efficient), and environmentally sound (waste recycling, reduced carbon dioxide emission). Therefore, new generation iron and steel materials featuring "double strength and double service life" are needed (labeled "ultra steels" in Japan). Professor Weng (PhD, Materials Science and Engineering, Pennsylvania State University) has been engaged in the research of new generation structural materials for the last twelve years being Chief Scientist of three consecutive national research programs in China.
9783540772309
10.1007/9783540772309 doi
TA401-492
Ultra-Fine Grained Steels / by Yuqing Weng. - recurso en línea.
Springer eBooks
Overview -- Refinement of Austenitic Microstructure and Its Influence on ??? Transformation -- Deformation Induced Ferrite Transformation -- Microstructure Refinement of Steels by TSCR Technology -- Microstructure Fining Theory of Low- carbon Bainitic Steel -- Microstructure Refining and Strengthening of Martensitic Steel -- Carbide-free Bainite/Martensite (CFB/M) Duplex Phase Steel -- Extra Low Sulfur and Non-metallic Inclusions Control for Ultra Fine Grain High Strength Steels -- Fundamental Study on Homogeneity of Solidification Structure of Steel -- Welding of Ultra-Fine Grained Steels.
Ultra-Fine Grained Steels discusses results of the New Generation Iron and Steel Materials research project funded over the last ten years. Modern sustainability requirements want that iron and steel must meet four conditions: stronger, longer service life, leading-edge manufacturing technology (low cost, material and energy efficient), and environmentally sound (waste recycling, reduced carbon dioxide emission). Therefore, new generation iron and steel materials featuring "double strength and double service life" are needed (labeled "ultra steels" in Japan). Professor Weng (PhD, Materials Science and Engineering, Pennsylvania State University) has been engaged in the research of new generation structural materials for the last twelve years being Chief Scientist of three consecutive national research programs in China.
9783540772309
10.1007/9783540772309 doi
TA401-492