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| 順位 | タイトル | ||||||||
|---|---|---|---|---|---|---|---|---|---|
| 著者 | 雑誌 | 巻 | 号 | ページ | 年 | PKVアクセス数 | |||
| 3371 | Effect of periodic underloads on fatigue crack growth in three steels used in hydraulic turbine runners | ||||||||
| M. Hassanipour, Y. Verreman, J. Lanteigne, J.Q. Chen | International Journal of Fatigue | 85 | None | 40–48 | 2016 | 24.57 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3372 | A conditional probability density function model for fatigue damage estimation in broadband non-Gaussian stochastic processes | ||||||||
| Yuhao Zhu, Weixing Yao | International Journal of Fatigue | 197 | None | 108958–None | 2025 | 24.56 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3373 | Automating the failure mode based partition of the failure envelope for tubes using unsupervised machine learning | ||||||||
| Ruoyu Sun, Nilesh D. Mankame, Girish Krishnan | International Journal of Solids and Structures | 327 | None | 113772–None | 2026 | 24.55 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3374 | Damage and microstructure evolution for rolling contact fatigue of a CSS-42L gear steel under mixed lubrication | ||||||||
| Hua-Zhen Jiang, Jiajun Liu, Zheng-Yang Li, Jian Zhan, Chengqi Sun | International Journal of Fatigue | 201 | None | 109196–None | 2025 | 24.55 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3375 | Effect of temperature range on thermal-mechanical fatigue properties of P92 steel and fatigue life prediction with a new cyclic softening model | ||||||||
| Jian-bin Wen, Chang-Yu Zhou, Xin Li, Xiang-Ming Pan, Yan-Fen Zhao | International Journal of Fatigue | 129 | None | 105226–None | 2019 | 24.55 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3376 | Temperature dependence of low cycle fatigue for the Co-based single crystal superalloy | ||||||||
| Jinshan He, Ling Lin, Pinpin Hu, Chengbo Xiao, Xitao Wang | International Journal of Fatigue | 177 | None | 107951–None | 2023 | 24.54 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3377 | Three-dimensional fatigue crack growth simulation and fatigue life assessment based on finite element analysis | ||||||||
| Paul Ilie, Ayhan Ince | Fatigue & Fracture of Engineering Materials & Structures | 45 | 11 | 3251–3266 | 2022 | 24.54 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3378 | An analytically formulated structural strain method for fatigue evaluation of welded components incorporating nonlinear hardening effects | ||||||||
| Xianjun Pei, Pingsha Dong | Fatigue & Fracture of Engineering Materials & Structures | 42 | 1 | 239–255 | 2019 | 24.54 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3379 | Impact of frequency, hold time and atmosphere on creep-fatigue of a 9–12% Cr steel from 300 °C−600 °C | ||||||||
| T. Fischer, B. Kuhn | International Journal of Fatigue | 124 | None | 288–302 | 2019 | 24.54 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||
| 3380 | Use of an energy-based/critical plane model to assess fatigue life under low-cycle multiaxial cycles | ||||||||
| Lei Gan, Hao Wu, Zheng Zhong | Fatigue & Fracture of Engineering Materials & Structures | 42 | 12 | 2694–2708 | 2019 | 24.54 | |||
| 平均評価: / 5 ( 件のレビュー) | |||||||||