CHROMIUM-MANGANESE CONSUMABLES FOR WELDING OF HIGHER-STRENGTH STEELS WITHOUT PREHEATING AND HEAT TREATMENT

V. M. KULIK; E. L. DEMCHENKO; D. V. VASILIEV; V. P. ELAGIN

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CHROMIUM-MANGANESE CONSUMABLES FOR WELDING OF HIGHER-STRENGTH STEELS WITHOUT PREHEATING AND HEAT TREATMENT

机译：无需预热和热处理就可焊接高强度钢的铬锰消耗品

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摘要

Data on new chromium-manganese electrodes of grades ANVM-2, ANVM-3 and flux-cored wire PP-ANVM-3, designed for welding and surfacing of higher strength steels, are given. The paper presents the results of the evaluation of the structure and mechanical properties of welded joint metal made with new welding consumables, as well as areas of their application.

机译：给出了用于更高强度钢的焊接和堆焊的ANVM-2，ANVM-3级和药芯焊丝PP-ANVM-3级新铬锰电极的数据。本文介绍了用新型焊接材料制成的焊接接头金属的结构和力学性能的评估结果，以及它们的应用领域。

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来源
《The Paton Welding Journal》 |2012年第10期|共5页
作者
V. M. KULIK; E. L. DEMCHENKO; D. V. VASILIEV; V. P. ELAGIN;
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原文格式 PDF
正文语种 eng
中图分类焊接、金属切割及金属粘接;
关键词
Arc welding; Chromium-manganese electrodes; Flux-cored wire; Alloyed carbon steel; Austenitic weld metal; Fusion zone; Mechanical properties; Area of application;

机译：电弧焊;铬锰电极;药芯焊丝;合金碳钢;奥氏体焊接金属;熔合区;机械性能;应用领域;

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专利

1. CHROMIUM-MANGANESE CONSUMABLES FOR WELDING OF HIGHER-STRENGTH STEELS WITHOUT PREHEATING AND HEAT TREATMENT [J] . V. M. KULIK, E. L. DEMCHENKO, D. V. VASILIEV, The Paton Welding Journal . 2012,第Octa期

机译：无需预热和热处理就可焊接高强度钢的铬锰消耗品
2. Producing of welded joints from hardened steels, equal in strength to the parent metal, without preheating and heat treatment [J] . A. T. Nazarchuk, V. V. Snisar, E. L. Demchenko Автоматическая Сварка . 2003,第5期

机译：从硬化钢生产焊接接头，与母金属相等，而不相同，而不预热和热处理
3. Improvement of the Service Properties of the Weld Joint Metal for Transport Nuclear Power Units Manufactured of Heat-Resistant Steel Grades: Part Ⅰ. Technology of Welding Heat-Resistant Steel Grades Using Low-Carbon Welding Materials without Heat Treatment and Experience of Applying Welding Materials [J] . M. N. Timofeev, G. P. Karzov, S. N. Galiatkin, Inorganic materials: applied research . 2018,第6期

机译：耐热钢牌号运输核动力装置焊接接头金属使用性能的改进：第一部分。使用不经过热处理的低碳焊接材料焊接耐热钢等级的技术以及使用焊接材料的经验
4. Selection of welding consumables for higher-strength steel pipelines [C] . M. G. Hudson, S. A. Blackman, J. Hammond, International Conference on Pipeline Technology . 2004

机译：高强度钢水管焊接耗材的选择
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. Weld Formation Mechanism and Microstructural Evolution of TC4/304 Stainless Steel Joint with Cu-Based Filler Wire and Preheating [O] . Junzhao Li, Yibo Liu, Zuyang Zhen, 2019

机译：铜基焊丝与预热TC4 / 304不锈钢接头的焊接形成机理及组织演变
7. Characterization of preheated and non-preheated HY-80 steel weldments by transmission electron microscopy [O] . Clark David Richard 1983

机译：通过透射电子显微镜表征预热和未预热的HY-80钢焊件

CHROMIUM-MANGANESE CONSUMABLES FOR WELDING OF HIGHER-STRENGTH STEELS WITHOUT PREHEATING AND HEAT TREATMENT

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