Heat Treatment Technology for High-Strength Engineering Steel Variable Cross-Section Components

Maisuradze M. V.; Ryzhkov M. A.; Yudin Yu. V.; Ershov A. A.

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Heat Treatment Technology for High-Strength Engineering Steel Variable Cross-Section Components

机译：高强度工程钢可变截面构件的热处理技术

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Heat treatment parameters providing a required level of mechanical properties for different component parts are determined on the basis of experimental data about supercooled austenite transformation in engineering chromium-molybdenum steel, and also results of numerical modeling of variable cross-section components of this steel in a QForm 7 program.

机译：根据有关工程铬钼钢中过冷奥氏体相变的实验数据，确定提供不同组成部件所需的机械性能水平的热处理参数，以及该钢在截面中可变截面成分的数值模拟结果。 QForm 7程序。

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《Metallurgist》 |2014年第8期|共5页
作者
Maisuradze M. V.; Ryzhkov M. A.; Yudin Yu. V.; Ershov A. A.;
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正文语种 eng
中图分类冶金工业;
关键词
supercooled austenite; thermokinetic diagram; heat treatment; numerical modeling; QForm; mechanical properties; microstructure;

机译：过冷奥氏体;热力学图;热处理;数值模拟;QForm;力学性能;显微组织;

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1. Heat Treatment Technology for High-Strength Engineering Steel Variable Cross-Section Components [J] . Maisuradze M. V., Ryzhkov M. A., Yudin Yu. V., Metallurgist . 2014,第7a8期

机译：高强度工程钢可变截面构件的热处理技术
2. IFHTSE Global 21: heat treatment and surface engineering in twenty-first century Part 16: Advances in tool steels and their heat treatment Part 2 - Hot work tool steels and plastic mould steels [J] . R. S. E. Schneider, R. A. Mesquita International Heat Treatment and Surface Engineering . 2011,第3期

机译：IFHTSE Global 21：二十世纪的热处理和表面工程第16部分：工具钢及其热处理的进展第2部分-热作工具钢和塑料模具钢
3. Emerging technology in heat treatment and surface engineering of automotive components [J] . K. Funatani la metallurgia italiana . 2006,第2期

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4. Lightweight Potential of Welded High-Strength Steel Joints from S700 under Constant and Variable Amplitude Loading by High- Frequency Mechanical Impact (HFMI) Treatment [C] . Halid Can Yildirim, Gary Marquis, Cetin Morris Sonsino International Conference on Material and Component Performance under Variable Amplitude loading . 2015

机译：通过高频机械冲击（HFMI）处理，S700焊接高强度钢接头的轻量级电位
5. Creep Deformation, Rupture Analysis, Heat Treatment and Residual Stress Measurement of Monolithic and Welded Grade 91 Steel for Power Plant Components. [D] . Shrestha, Triratna. 2013

机译：用于电厂部件的整体式和焊接91级钢的蠕变变形，断裂分析，热处理和残余应力测量。
6. The Intergranular Corrosion Susceptibility of Metastable Austenitic Cr–Mn–Ni–N–Cu High-Strength Stainless Steel under Various Heat Treatments [O] . Guangming Liu, Yuanyuan Liu, Yawen Cheng, 2019

机译：不同热处理条件下亚稳奥氏体Cr-Mn-Ni-N-Cu高强度不锈钢的晶间腐蚀敏感性
7. Gas-solid iteractions during nonisothermal heat treatment of a high-strength CrMnCN austenitic steel powder : influence of atmospheric conditions and heating rate on the densification behavior [O] . Krasokha, Nikolaj, Weber, Sebastian, Huth, Stephan Alexander, 2012

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8. Inclusions in High-Strength and Bearing Steels. Their Dependence on Processing Variables and Their Effect on Engineering Properties. [R] . hauser, j. j. wells, m. g. h. 1972

机译：高强度和轴承钢中的夹杂物。它们对加工变量的依赖性及其对工程特性的影响。

Heat Treatment Technology for High-Strength Engineering Steel Variable Cross-Section Components

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