Determination of the mechanical properties of weld metal on the basis of the hardness parameters in stress concentration zones detected by the method of magnetic memory of metal

S.M. Kolokolnikov

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Determination of the mechanical properties of weld metal on the basis of the hardness parameters in stress concentration zones detected by the method of magnetic memory of metal

机译：根据金属磁记忆法检测到的应力集中区域中的硬度参数确定焊接金属的机械性能

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摘要

This article describes the results of investigations of the strength properties of welded joints using a specimen-free method based on indentor tests of materials in stress concentration zones detected in advance by the method of magnetic memory of metal.

机译：本文介绍了基于金属磁存储法预先检测到的应力集中区域中材料压痕试验的无试样方法对焊接接头强度特性的研究结果。

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来源
《Welding International》 |2014年第12期|共6页
作者
S.M. Kolokolnikov;
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正文语种 eng
中图分类焊接、金属切割及金属粘接;
关键词
stress concentration zone; mode of deformation; method of metal magnetic memory; no-sample-used method; indenter testing; mechanical properties; hardness;

机译：应力集中区;变形方式;金属磁记忆方法;无样品法;压头试验;力学性能;硬度;

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专利

1. Determination of the mechanical properties of weld metal on the basis of the hardness parameters in stress concentration zones detected by the method of magnetic memory of metal [J] . S.M. Kolokolnikov Welding International . 2014,第10a12期

机译：根据金属磁记忆法检测到的应力集中区域中的硬度参数确定焊接金属的机械性能
2. Determination of mechanical properties of metal in stress concentration zones using metal magnetic memory method [J] . Dubov Alexander, Marchenkov Artem, Kolokolnikov Sergey Materialpruefung: Werkstoffe und Bauteile, Forschung Prufung Anwendung . 2019,第1期

机译：金属磁记忆法测定应力集中区金属力学性能
3. Distinguishing Welding Defects from the Stress Concentration Zone Using Metal Magnetic Memory Field Parameters [J] . Xu Kunshan, Feng Mingguang, Qiu Xingxi Transactions of the Indian Institute of Metals . 2019,第2期

机译：使用金属磁存器场参数区分从应力集中区的焊接缺陷
4. Analysis of the Stress Concentration Zones for Selected Elements of Machines and Structures Using the Metal Magnetic Memory Method [C] . Janusz JURASZEK, Arkadiusz GRZYWA European Conference Non-Destructive Testing . 2014

机译：使用金属磁记忆法分析机器和结构的选定元件的应力集中区
5. Determination of mechanical properties in the heat-affected zone of a dissimilar metal weld. [D] . Chavez, Susan. 1989

机译：确定异种金属焊缝热影响区的机械性能。
6. Determination of Heavy Metal Concentrations in Normal and Pathological Human Endometrial Biopsies and In Vitro Regulation of Gene Expression by Metals in the Ishikawa and Hec-1b Endometrial Cell Line [O] . Erwan Guyot, Yevgeniya Solovyova, Céline Tomkiewicz, -1

机译：正常和病理性人类子宫内膜活检中重金属含量的测定以及石川和Hec-1b子宫内膜细胞系中金属的基因表达的体外调控
7. Mechanical Properties of Steel Weld Metal in Ar-O2, Ar-CO2 and CO2-O2 Welding Atmosphere. Mechanical Properties of Steel Weld Metal during Gas Metal Arc Welding Part 1. [O] . Yoshihiro Sato, Naoya Hayakawa, Takeshi Kuwana 1992

机译：AR-O2，AR-CO2和CO2-O2焊接气氛中钢焊接金属的力学性能。气金属弧焊件期间钢焊缝金属的力学性能。
8. Effects of Energy Per-Unit Length on the Structure and Hardness of the Metal in the Weld-Affected Zone in Welding Alpha-Ti Alloy (Vliyaniye Pogonnoy Energii na Strukturu i Tverdost' Metalla Okoloshovnoy Zony pri Sbarke Alpha-Splava Titana). [R] . Petrov, G. L., Shchipkov, M. D. 1978

机译：焊接alpha-Ti合金焊接影响区能量单位长度对金属结构和硬度的影响（Vliyaniye pogonnoy Energii na strukturu i Tverdost'metalla Okoloshovnoy Zony pri sbarke alpha-splava Titana）。

Determination of the mechanical properties of weld metal on the basis of the hardness parameters in stress concentration zones detected by the method of magnetic memory of metal

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