Mechanism of Work-hardening for Austenitic Manganese Steel under Non-severe Impact Loading Conditions
来源期刊：JOURNAL OF MATERIALS SCIENCE TECHNOLOG1992年第6期
论文作者：谢敬佩 姜启川 何镇明 hun(罗全顺) K.Sommer
文章页码：406 - 410
摘 要：<正> The effect of C,Mn and heat-treatment onwork-hardening of austenitic Mn steel and thework-hardening mechanism have been investigatedunder non-severe impact loading condition.Theresults show that the ability of work-hardening in-creases with the increase of C and aging tempera-ture but decreases with Mn.The work-hardeningwith high austenitic stability results mainly fromdislocations,and that with low austenitic stabilityresults mainly from combined effects of strain-in-duced martensite and high density of dislocationsunder non-severe impact loading conditions.Thewear resistance of medium manganese steel （Mn7）is 1.64-2.46 times that of Hadfield steel （Mnl3）.
谢敬佩，姜启川，何镇明，hun(罗全顺)，K.Sommer
摘 要：<正> The effect of C,Mn and heat-treatment onwork-hardening of austenitic Mn steel and thework-hardening mechanism have been investigatedunder non-severe impact loading condition.Theresults show that the ability of work-hardening in-creases with the increase of C and aging tempera-ture but decreases with Mn.The work-hardeningwith high austenitic stability results mainly fromdislocations,and that with low austenitic stabilityresults mainly from combined effects of strain-in-duced martensite and high density of dislocationsunder non-severe impact loading conditions.Thewear resistance of medium manganese steel （Mn7）is 1.64-2.46 times that of Hadfield steel （Mnl3）.
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