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Effect of Hydrogen Absorption on the Fatigue Strength Reduction Caused by Multiple Overloads in Notched Component

机译：氢吸收对缺口组分多重过载引起的疲劳强度减少的影响

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Masanobu KUBOTA; Toru SAKUMA; Junichiro YAMAGUCHI; Yoshiyuki KONDO;
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1. Effect of Hydrogen Absorption on the Fatigue Strength Reduction Caused by Multiple Overloads in Notched Component [J] . Masanobu KUBOTA, Toru SAKUMA, Junichiro YAMAGUCHI, Journal of Solid Mechanics and Materials Engineering . 2010,第11期

机译：氢吸收对缺口构件多次过载引起的疲劳强度降低的影响
2. The effects of multiple overloads and absorbed hydrogen on the fatigue strength of notched steel specimens [J] . Y. KONDO, T. YAMANOUCHI Fatigue & fracture of engineering materials and structures . 2010,第8期

机译：多次超载和吸收氢对缺口钢试样疲劳强度的影响
3. Experimental study of notched steel beams strengthened with a CFRP plate subjected to overloading fatigue and wetting/drying cycles [J] . Li Junhui, Deng Jun, Wang Yi, Composite Structures . 2019,第FEBa期

机译：CFRP板加固缺口钢梁超载疲劳和干湿循环试验研究
4. Fatigue Strength Reduction of Notched Component in Hydrogen Gas after Multiple Overloading [C] . Masanobu Kubota, Junichiro Yamaguchi, Yoshiyuki Kondo European Conference on Fracture . 2011

机译：多重重载后氢气中缺口组分的疲劳强度减小
5. THE RESIDUAL STRENGTH DETERMINATION DUE TO FATIGUE LOADING BY FRACTURE MECHANICS IN NOTCHED COMPOSITE MATERIALS (STRESS CONCENTRATION, FAILURE CRITERIA). [D] . JEN, MING-HWA ROBERT. 1985

机译：缺口复合材料中由于断裂力学作用的疲劳载荷而确定的残余强度（应力集中，破坏准则）。
6. Estimation of Notched Composite Plates Fatigue Life Using Residual Strength Model Calibrated by Step-Wise Tests [O] . Paweł Romanowicz, Aleksander Muc 2018

机译：用逐步检验校准的残余强度模型估算带缺口复合板的疲劳寿命
7. Effects to Multiple Overloads and Absorbed Hydrogen on the Fatigue Strength Reduction of Notched Component [O] . Takashi YAMANOUCHI, Yoshiyuki KONDO 2009

机译：对多重过载和吸收氢的影响对缺口组分的疲劳强度减少
8. Fatigue Life Analysis and Tensile Overload Effects with High Strength Steel Notched Specimens. [R] . Underwood, J. H. 1983

机译：高强度钢缺口试样的疲劳寿命分析和拉伸过载效应。

Effect of Hydrogen Absorption on the Fatigue Strength Reduction Caused by Multiple Overloads in Notched Component

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