Effect of Submerged Arc Welding Flux Component on Softening Temperature

SUI Shao-hua; CAI Wei-wei; LIU Zhi-qiang

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Effect of Submerged Arc Welding Flux Component on Softening Temperature

机译：埋弧焊剂成分对软化温度的影响

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摘要

Based on simplex algorithm of optimal design, the multicomponent mixture regression model was used to investigate physical properties of submerged arc welding flux. The effect of complex interaction of seven components in agglomerated flux on softening temperature was analyzed. The results indicate that the interaction of MgO-TiO_2-CaCO_3-Al_2O_3 increases the softening temperature of flux, but the additions of CaF_2 and ZrO_2 can decrease the softening temperature.

机译：基于最优设计的单纯形算法，采用多元混合回归模型研究埋弧焊药的物理性能。分析了团聚焊剂中七个组分的复杂相互作用对软化温度的影响。结果表明，MgO-TiO_2-CaCO_3-Al_2O_3的相互作用增加了助焊剂的软化温度，而CaF_2和ZrO_2的加入会降低焊剂的软化温度。

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《Journal of Iron and Steel Research International》 |2006年第2期|p.65-68|共4页
作者
SUI Shao-hua; CAI Wei-wei; LIU Zhi-qiang;
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作者单位

Department of Materials Science and Engineering, Harbin Institute of Technology, Weihai 264209, Shandong, China;

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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
simplex algorithm; multicomponent mixture regression model; agglomerated flux; softening temperature; submerged arc welding;

机译：单纯形算法;多组分混合回归模型;团聚焊剂;软化温度;埋弧焊;

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专利

1. Effect of Submerged Arc Welding Flux Component on Softening Temperature [J] . SUI Shao-hua, CAI Wei-wei, LIU Zhi-qiang Journal of iron and steel research . 2006,第2期

机译：埋弧焊剂成分对软化温度的影响
2. Submerged arc welding with fused flux and basic cored wire for low temperature applications: no re-baking of fluxes necessary [J] . Neil Farrow, Shaun Studholme Svetsaren . 2000,第1期

机译：带有熔化焊剂和基本药芯焊丝的埋弧焊，用于低温应用：无需重新烘烤焊剂
3. Improvement of low temperature impact toughness through flux modification for submerged arc welded low carbon steel E350 plates [J] . Lucky, Harish Arya Indian Journal of Science and Technology . 2020,第25期

机译：通过淹没弧焊焊接低碳钢E350板的通量改性改善低温冲击韧性
4. THE INFLUENCE OF DIFFUSIBLE HYDROGEN IN WELD METAL AND MOISTURE CONTENT LEVELS IN FLUX RELATED WITH WELD METAL MECHANICAL PROPERTIES IN SUBMERGED ARC WELDING PROCESS FOR LINE PIPE MANUFACTURING [C] . Gautam Chauhan, Piyush Thakor, Satyanarayana Samavedam, Proceedings of the ASME India oil and gas pipeline conference 2015 . 2015

机译：埋弧焊过程中金属中难熔氢和焊剂中水分含量与金属力学性能的关系，对埋弧焊工艺的影响
5. The measurement of oxygen pressure of molten submerged arc welding fluxes using disposable oxygen probes. [D] . Hardy, Allison. 1991

机译：使用一次性氧气探头测量熔化的埋弧焊焊剂的氧气压力。
6. The Mechanism of Effect of Flux Bands on The Arc Behavior in Flux Bands Constricting Arc Welding Process [O] . Lei Wang, Jisen Qiao, Jianhong Chen 2020

机译：束流带对电弧焊接过程中束流带电弧行为的影响机理
7. A Study of Notch Toughness and Weld Softening in Submerged-Arc Weld Heat-Affected Zone for Q and T High Tensile Steel (Report 5) [O] . Makoto Sato, Hajime Nakasugi 1971

机译：Q和T高拉伸钢浸没 - 弧焊热影响区中扦插韧性和焊接软化研究（报告5）
8. Submerged Arc Flux Welding with CaF sub 2 -CaO-SiO sub 2 Fluxes: Possible Electrochemical Effects on Weld Metal [R] . Shah, S. , Blander, M. , Indacochea, J. E. 1987

机译：CaF sub 2 -CaO-siO sub 2焊剂的埋弧焊焊接：对焊缝金属可能产生的电化学影响

Effect of Submerged Arc Welding Flux Component on Softening Temperature

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