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Substructure and Flow Strength of Low-Temperature Tempered Medium Carbon Martensite

机译：低温回火中碳马氏体的亚结构和流动强度

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摘要

Tension and compression tests of medium carbon Cr-Mo steels quenched and tempered at 150 C showed that flow stresses increased linearly with carbon content. The flow stresses and strain hardening behavior are related to the carbon-dependent precipitation and dislocation substructure within the martensite laths and the interlath retained austenite.

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作者
Baozhu, G.; Losz, J. M.; Krauss, G.;
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年度 1986
页码 p.1-9
总页数 9
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Martensite; Carbon steels; Quenching; Tempering; Low temperature; Strain hardening; Stresses; Austenite; Dislocations; Tension; Compression; Reprints;

机译：马氏体;碳钢;淬火;回火;低温;应变硬化;应力;奥氏体;位错;张力;压缩;重印;

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机译：逆转奥氏体，滴膜马氏体和钢化马氏体对超低低碳介质Mn钢低温韧性的不同作用
2. J031 Change in solute carbon concentration during low-temperature tempering in martensite of carbon steel [J] . 平嶋一誠, 浦中祥平, 増村拓朗材料とプロセス: 日本鉄鋼協会講演論文集 . 2020,第2180期

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3. Effect of matrix carbon content and lath martensite microstructures on the tempered precipitates and impact toughness of a medium-carbon low-alloy steel [J] . Chen Sun, Pai-Xian Fu, Xiao-Ping Ma, Journal of Materials Research and Technology . 2020,第4期

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4. Continuous dynamic recrystallization during warm deformation of tempered lath martensite in a medium carbon steel [C] . Un Hae Lee, Naoya Kamikawa, Goro Miyamoto, International symposium of GCOE: materials integration . 2012

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5. Identify and Quantify the Thermodynamics and Kinetics Aspects of Fast Tempering in Martensite Low-Alloy Medium Carbon Steel Used for Aerospace Application =IDENTIFIER ET QUANTIFIER LES ASPECTS THERMODYNAMIQUES ET CINéTIQUES DU REVENU RAPIDE DE L?ACIER AIS [D] . Nazemi, Faranak . 2018

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6. Lath formation mechanisms and twinning as lath martensite substructures in an ultra low-carbon iron alloy [O] . D. H. Ping, S. Q. Guo, M. Imura, -1

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7. Tempering of Lath Martensite in Low and Medium Carbon Steels: Assessment and Challenges [O] . George Krauss 2018

机译：Lath Martensite在低中和中碳钢中的回火：评估和挑战

Substructure and Flow Strength of Low-Temperature Tempered Medium Carbon Martensite

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