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Effects to Multiple Overloads and Absorbed Hydrogen on the Fatigue Strength Reduction of Notched Component

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

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Takashi YAMANOUCHI; Yoshiyuki KONDO;
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年度 2009
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1. 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
2. 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
3. A novel Strain-Energy-Density based fatigue criterion accounting for mean stress and plasticity effects on the medium-to-high-cycle uniaxial fatigue strength of plain and notched components [J] . M. Benedetti, F. Berto, L. Le Bone, International Journal of Fatigue . 2020,第Apra期

机译：一种新的基于应变能密度的疲劳准则，该准则考虑了平均应力和塑性对平面和缺口构件的中到高周期单轴疲劳强度的影响
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. AN ANALYSIS OF THE ENERGY ABSORBED AND THE FRACTURE PROCESS IN CONVENTIONAL NOTCHED BARS OF AISI 4340 STEEL AS A FUNCTION OF TENSILE STRENGTH [D] . GRIFFIS, CHRISTOPHER ALLEN. -1

机译：AISI 4340钢常规缺口钢筋吸收能量和断裂过程的抗拉强度分析。
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. Effect of Hydrogen Absorption on the Fatigue Strength Reduction Caused by Multiple Overloads in Notched Component [O] . Masanobu KUBOTA, Toru SAKUMA, Junichiro YAMAGUCHI, 2010

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
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。

Effects to Multiple Overloads and Absorbed Hydrogen on the Fatigue Strength Reduction of Notched Component

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