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Investigation of the Mechanism for Brittle Striation Formation in a Low Carbon Steel Fatigued in Hydrogen Gas : Fractographic Observation on Fracture Processes Visualized by Controlling Load Sequence and Testing Environment

机译：氢气氢气疲劳脆性脆性地区脆性地区的机理研究：通过控制负载序列和测试环境可视化的断裂过程的分接观察

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Hide-aki NISHIKAWA; Yasuji ODA; Hiroshi NOGUCHI;
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1. Microscopic Observation of the Brittle-Striation Formation Mechanism in Low Carbon Steel Fatigued in Hydrogen Gas [J] . Hide-aki NISHIKAWA, Yasuji ODA, Yoshimasa TAKAHASHI, Journal of Solid Mechanics and Materials Engineering . 2011,第4期

机译：氢气中低碳钢脆性条纹形成机理的微观观察
2. Investigation of the Mechanism for Brittle-Striation Formation in Low Carbon Steel Fatigued in Hydrogen Gas [J] . Hide-aki NISHIKAWA, Yasuji ODA, Hiroshi NOGUCHI Journal of Solid Mechanics and Materials Engineering . 2011,第8期

机译：含氢低碳钢中脆性条纹形成机理的研究
3. Investigation of Mechanism for Intergranular Fatigue Crack Propagation of Low Carbon Steel JIS S10C in Hydrogen Gas Environment [J] . Hide-aki NISHIKAWA, Yasuji ODA, Hiroshi NOGUCHI Journal of Solid Mechanics and Materials Engineering . 2011,第6期

机译：氢气环境下低碳钢JIS S10C晶间疲劳裂纹扩展机理的研究
4. FATIGUE LIFE PROPERTIES AND ANOMALOUS MACROSCOPIC FATIGUE FRACTURE SURFACES OF LOW CARBON STEEL JIS-SM490B IN HIGH-PRESSURE HYDROGEN GAS ENVIRONMENT [C] . Yuhei Ogawa, Michio Yoshikawa, Saburo Matsuoka, ASME Pressure Vessels and Piping conference . 2017

机译：高压氢气环境下低碳钢JIS-SM490B的疲劳寿命特性和异常宏观疲劳断裂面
5. Investigating the mesh dependency and upscaling of 3D grain-based models for the simulation of brittle fracture processes in low-porosity crystalline rock. [D] . Azocar, Kevin D. 2016

机译：研究基于3D晶粒的模型的网格依赖性和放大，以模拟低孔隙度晶体岩石中的脆性破裂过程。
6. Insights into the Effect of Spontaneous Fluid Imbibitionon the Formation Mechanism of Fracture Networks in Brittle Shale:An Experimental Investigation [O] . Daobing Wang, Xiaoqiong Wang, Hongkui Ge, 2020

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7. Microscopic Observation of the Brittle-Striation Formation Mechanism in Low Carbon Steel Fatigued in Hydrogen Gas (TEM and EBSD Observation Corresponding to Fractography) [O] . Hide-aki NISHIKAWA, Yasuji ODA, Yoshimasa TAKAHASHI, 2011

机译：低碳钢酸脆性形成机理的微观观察氢气（TEM和EBSD观察对应Fractography）
8. Subcritical Flaw Growth in 9Ni-4Co-0.25C Steel- a Fatigue and Fractographic Investigation and Its Relationship to Plane Strain Fracture Toughness [R] . Crooker, T. W., Cooley, L. A., Lange, E. A., 1968

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Investigation of the Mechanism for Brittle Striation Formation in a Low Carbon Steel Fatigued in Hydrogen Gas : Fractographic Observation on Fracture Processes Visualized by Controlling Load Sequence and Testing Environment

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