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首页> 外文会议>International Conference for Convergence in Engineering >Characterization of Electrical Assisted Friction Stir Welded for Joining Similar and Dissimilar Material Plates of Mild Steel and Stainless Steel
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Characterization of Electrical Assisted Friction Stir Welded for Joining Similar and Dissimilar Material Plates of Mild Steel and Stainless Steel

机译：焊接电气辅助摩擦搅拌焊接，用于加入温和钢和不锈钢等异种材料板

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摘要

The concept of Friction Stir Welding (FSW) technique was invented two decades ago, but its utilization has been restricted to low strength material because of the problems of tool wear, weld efficiency and sufficient heat required during the joining process in case of high strength material. Many secondary heat sources have been used for the addition of the heat to the joining process. In this paper, the study of the use of secondary heat sources to Friction Stir Welding has been used to join the high strength material like Mild Steel and Stainless Steel. Both MS and SS material have been joined with each other like MS to MS and MS to SS and the test sample has been tested and analyzed for the characterization of the material joined. The analysis has been done to resolve the problems rose during the joining of the high strength material and focused on the study on increase of the weld efficiency. Special focus on the variation of UTS and hardness has been done to find the effect of an addition of a secondary source of electric current on FSW for joining MS and SS material.
机译：摩擦搅拌焊接（FSW）技术的概念是发明的二十年前，但由于在高强度材料的情况下，由于工具磨损，焊接效率和加入过程中所需的出现问题，其利用率被限制为低强度材料。许多二次热源已被用于将热量添加到连接过程中。本文采用了二级热源对摩擦搅拌焊接的研究，用于加入温度钢和不锈钢等高强度材料。已经将两个MS和SS材料相互连接，如MS到MS和MS到SS，并且已经测试并分析了所连接的材料的表征和分析测试样品。该分析已经完成，解决了在高强度材料加入期间上升的问题，并专注于研究焊接效率的增加。已经特别关注UTS和硬度的变化，以找到加入FSW的二次电流源的效果，用于加入MS和SS材料。

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