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Numerical study on the influence of artificial internal stress relief groove on fretting fatigue in a shrink-fitted assembly

机译：人工内应力消除槽对收缩组件中疲劳疲劳影响的数值研究

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Diego Erena; Jesús Vázquez; Carlos Navarro; Reza Talemi;
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1. Numerical study on the influence of artificial internal stress relief groove on fretting fatigue in a shrink-fitted assembly [J] . Erena Diego, Vazquez Jesus, Navarro Carlos, Tribology International . 2020,第1期

机译：人工内应力消除槽对收缩组件中疲劳疲劳影响的数值研究
2. Fretting wear and fatigue in press-fitted railway axle: A simulation study of the influence of stress relief groove [J] . Zeng Dongfang, Zhang Yuanbin, Lu Liantao, International Journal of Fatigue . 2019,第JANa期

机译：压配合铁路轴的微动磨损和疲劳：应力释放槽影响的模拟研究
3. Effect Of Stress Relief Groove On Fretting Fatigue Strength And Index For The Selection Of Optimal Groove Shape [J] . Masanobu Kubota, Shunsuke Kataoka, Yoshiyuki Kondo International Journal of Fatigue . 2009,第3期

机译：应力释放槽对微动疲劳强度和最佳槽形选择指标的影响
4. Effect of Stress Relief Groove Shape on Fretting Fatigue Strength [C] . Shunsuke Kataoka, Chu Sakae, Masanobu Kubota, Asian Pacific Conference on Fracture and Strength . 2007

机译：应力消除槽形状对疲劳强度的影响
5. AN INVESTIGATION OF THE BASIC MECHANISMS OF MECHANICAL FRETTING AND FRETTING-FATIGUE AT METAL-TO-METAL JOINTS, WITH EMPHASIS ON THE EFFECTS OF FRICTION AND FRICTION-INDUCED STRESSES. [D] . MILESTONE, WAYNE DONALD -1

机译：对金属-金属接头的机械微动和微动疲劳的基本机理进行了研究，重点研究了摩擦和摩擦诱导应力的影响。
6. Numerical Study of the Effects of Residual Stress on Fretting Fatigue Using XFEM [O] . Huayang Zhang, Jinxiang Liu, Zhengxing Zuo 2015

机译：XFEM数值模拟残余应力对微动疲劳的影响
7. Mechanism of Improving Fretting Fatigue Strength by Stress-Relief Groove [O] . Shunsuke KATAOKA, Hiroaki ONO, Kota KAWAKAMI, 2012

机译：应力消除槽改善疲劳强度的机制
8. Four Studies in the Theory of StressnConcentration PART I The Effect of Holes on the Strength of Materials under Complex Stress Systems PART II Stress Concentration due to Holes and Grooves other than Elliptical in Form PART III The Effect of Surface Irregularities on Fatigue Strength PART IV Stress Concentration in Twisted Shafts [R] . H. L. Cox 1953

机译：应力集中理论中的四项研究第一部分复杂应力系统下孔对材料强度的影响第二部分第三部分中除椭圆以外的孔和槽引起的应力集中表面不规则对疲劳强度的影响第四部分应力集中在扭曲的轴

Numerical study on the influence of artificial internal stress relief groove on fretting fatigue in a shrink-fitted assembly

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