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Numerical Simulation Research of Weld Stress Field after Welding Trailing

机译:焊接后焊接应力场的数值模拟研究

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Welding is a complex process including of physics, conducting heat, metallurgy, mechanics. There are some cracks, air holes and residual stress in the parts after welding, which will reduce welding strength and welding quality. Though there are many methods to relif residual stress, it is a difficult problem about how to improve it. In the article, it uses the software ANSYS to simulate muti-welding seam process of tlat, knows temperature field and residual stress field in the parts after welding, so we can know some parameters such as area of hammerhead, peening temperature, peening force, and the peening frequency and control them to redcue residual stress, then optimize welding parameters, improve welding quality of the parts.
机译:焊接是一种复杂的过程,包括物理,导电热,冶金,机械。焊接后部件存在一些裂缝,空气孔和残余应力,这将降低焊接强度和焊接质量。虽然有许多方法来relif剩余压力,但是如何改善它是一个难题。在本文中,它使用软件ANSYS模拟TLAT的MUTI焊缝过程,知道焊接后零件中的温度场和残余应力场,所以我们可以了解一些参数,如锤头面积,喷丸温度,喷丸的力量,和喷丸频率并控制它们以红细的压力,然后优化焊接参数,提高焊接质量的零件。

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