典型文献
Evolution of microstructures and mechanical properties with tempering temperature of a pearlitic quenched and tempered steel
文献摘要：
Instead of conventional quenching and tempering,fast austenitization from an initial microstructure of lamellar pearlite followed by quenching and tempering was carried out,leading to the formation of inhomogeneous microstructure.It comprised different morphologies of lath martensite and retained austenite(RA).The effect of tempering temperature on microstructure evolution and tensile properties was systematically investigated.With increasing tempering temperature from 150 to 250℃,transition carbides gradually coarsened and their amount increased,the dislocation density in martensitic laths gradually decreased,and RA fraction decreased from 10.9％to 2.2％.The precipitation and dislocation strengthening can ensure a high strength,while RA can ensure a good ductility,leading to a simultaneous increase in the strength and ductility when decreasing tempering temperature.Specifically,the best combination of tensile properties(ultimate tensile strength of 2133±41 MPa and total elongation of 11.1％±1.3％)was achieved after tempering at 150℃.
文献关键词：
中图分类号：
作者姓名：
De-zhen Yang;Zhi-ping Xiong;Chao Zhang;Guan-zheng Feng;Zhi-fang Cheng;Xing-wang Cheng
作者机构：
School of Materials Science and Engineering,Beijing Institute of Technology,Beijing 100081,China;National Key Laboratory of Science and Technology on Materials under Shock and Impact,Beijing 100081,China
文献出处：
引用格式：
[1]De-zhen Yang;Zhi-ping Xiong;Chao Zhang;Guan-zheng Feng;Zhi-fang Cheng;Xing-wang Cheng-.Evolution of microstructures and mechanical properties with tempering temperature of a pearlitic quenched and tempered steel)[J].钢铁研究学报（英文版）,2022(09):1393-1403
A类：
austenitization
B类：
Evolution,microstructures,mechanical,properties,tempering,temperature,pearlitic,quenched,tempered,steel,Instead,conventional,quenching,fast,from,initial,lamellar,pearlite,followed,by,was,carried,out,leading,formation,inhomogeneous,It,comprised,different,morphologies,martensite,retained,austenite,RA,effect,evolution,tensile,systematically,investigated,With,increasing,transition,carbides,gradually,coarsened,their,amount,increased,dislocation,density,martensitic,laths,decreased,fraction,precipitation,strengthening,can,ensure,high,while,good,ductility,simultaneous,when,decreasing,Specifically,best,combination,ultimate,total,elongation,achieved,after
AB值：
0.577387
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