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Influence of Geometric Parameters on Residual Stress in Hollow Cylindrical Parts Subjected to Induction Surface Hardening

机译:几何参数对诱导表面硬化的空心圆柱形部件残余应力的影响

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There is clear evidence that residual compressive stress (RCS) at the surface of mechanical component can significantly improve the fatigue strength of components subjected to cyclic load [1-3]. In many cases shot peening is considered as a process leading to the desired stress distribution [1-3]. At the same time, a number of investigations shows a possibility to obtain a high RCS at the surface of treated component for processes such as induction hardening [4-5]. However, induction hardening does not necessarily guarantee high level of RCS, moreover there is evidence that residual tensile stress might be developed in some cases [6].
机译:有明确的证据表明,机械成分表面的残余压缩应力(RCS)可以显着提高经受循环载荷的组分的疲劳强度[1-3]。在许多情况下,射击喷丸被认为是导致所需应力分布的过程[1-3]。同时,许多研究表明,在诱导硬化如感应硬化等过程中获得高rcs的可能性[4-5]。然而,感应硬化并不一定能够保证高水平的RCS,而且有证据表明,在某些情况下可能开发残留的拉伸应力[6]。

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