Gigacycle fatigue of high-strength steel caused by MnS inclusions von Furuya, Yoshiyuki

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A new model for predicting the gigacycle fatigue strength of high-strength steels von Furuya, Yoshiyuki

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Notable size effects on very high cycle fatigue properties of high-strength steel von Furuya, Yoshiyuki

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1011 Gigacycle Fatigue Properties of High-strength Steel von Furuya, Yoshiyuki

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Small internal fatigue crack growth rate measured by beach marks von Furuya, Yoshiyuki

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Three-dimensional high-resolution crystallographic observation of the entire volume of microstructurally small fatigue cracks in Ni-Co based superalloy von Nishikawa, Hideaki, Furuya, Yoshiyuki, Osada, Toshio, Kawagishi, Kyoko, Hara, Toru

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Standardization of an ultrasonic fatigue testing method in Japan von Furuya, Yoshiyuki, Shimamura, Yoshinobu, Takanashi, Masahiro, Ogawa, Takeshi

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The Role of Crystallographic Texture and Basal Plane Slip on Microstructurally Short Fatigue Crack Initiation and Propagation in Forged Billet and Rolled Bar Ti-6Al-4V Alloy von Habib, Kishan, Nishikawa, Hideaki, Furuya, Yoshiyuki, Emura, Satoshi

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Gigacycle Fatigue Properties of Double-Melted SCM440 Steel and Size Effects von Furuya, Yoshiyuki

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Gigacycle fatigue in high strength steels von Furuya, Yoshiyuki, Hirukawa, Hisashi, Takeuchi, Etsuo

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Development of a Method for Evaluating Microstructurally Small Fatigue Crack Initiation and Growth by Using an Automatic System for In Situ Observation in Conjunction with a Digita... von Nishikawa, Hide-aki, Furuya, Yoshiyuki

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Catalogue of NIMS fatigue data sheets von Furuya, Yoshiyuki, Nishikawa, Hideaki, Hirukawa, Hisashi, Nagashima, Nobuo, Takeuchi, Etsuo

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NIMS fatigue data sheet on low- and high-cycle fatigue properties of boron steel von Furuya, Yoshiyuki, Nishikawa, Hideaki, Hirukawa, Hisashi

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NIMS fatigue data sheet on gigacycle fatigue properties of A2017 (Al-4.0Cu-0.6Mg) aluminium alloy von Furuya, Yoshiyuki, Nishikawa, Hideaki, Hirukawa, Hisashi

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Gigacycle Fatigue Fracture of Low Strength Carbon Steel, Tested using a Simulated Heat Affected Zone Microstructure von Nishikawa, Hide-aki, Furuya, Yoshiyuki

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Qualification of chromium–molybdenum steel based on the safety factor multiplier method in CHMC1-2014 von Yamabe, Junichiro, Matsunaga, Hisao, Furuya, Yoshiyuki, Hamada, Shigeru, Itoga, Hisatake, Yoshikawa, Michio, Takeuchi, Etsuo, Matsuoka, Saburo

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NIMS fatigue data sheet on low- and high-cycle fatigue properties of A2017-T4 (Al-4.0Cu-0.6Mg) aluminium alloy von Furuya, Yoshiyuki, Nishikawa, Hideaki, Hirukawa, Hisashi, Nagashima, Nobuo, Takeuchi, Etsuo

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Fatigue properties of titanium alloys disclosed in NIMS fatigue data sheets von Furuya, Yoshiyuki, Nishikawa, Hideaki, Hirukawa, Hisashi, Nagashima, Nobuo, Takeuchi, Etsuo

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Fracture mode classification by texture analysis of fracture surface scanning electron microscope images von Endo, Akihiro, Furuya, Yoshiyuki, Nagata, Kenji, Yoshikawa, Hideki, Shouno, Hayaru

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Effect of microstructure of simulated heat‐affected zone on low‐ to high‐cycle fatigue properties of low‐carbon steels von Nishikawa, Hide‐aki, Furuya, Yoshiyuki, Igi, Satoshi, Goto, Sota, Briffod, Fabien, Shiraiwa, Takayuki, Enoki, Manabu, Kasuya, Tadashi

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