Hashimoto Ryosaku | Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agency
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概要
- Hashimoto Ryosakuの詳細を見る
- 同名の論文著者
- Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agencyの論文著者
関連著者
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Matsushita Masahiro
Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agency
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Osawa Makoto
Materials Eng. Lab. High Temperature Materials Group National Inst. For Materials Sci.
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HARADA Hiroshi
Materials Eng. Lab., High Temperature Materials Group, National Inst. for Materials Sci.
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Chen Jinxiang
Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agency
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Yokokawa Tadaharu
Materials Eng. Lab. High Temperature Materials Group National Inst. For Materials Sci.
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Hashimoto Ryosaku
Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agency
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Fukuyama Yoshitaka
Aeronautical Envi. Tech. Center Japan Aerospace Exploration Agency
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CHEN Jinxiang
Aeronautical Envi. Tech. Center, Japan Aerospace Exploration Agency
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HASHIMOTO Ryosaku
Aeronautical Envi. Tech. Center, Japan Aerospace Exploration Agency
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FUKUYAMA Yoshitaka
Aeronautical Envi. Tech. Center, Japan Aerospace Exploration Agency
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YOKOKAWA Tadaharu
Materials Eng. Lab., High Temperature Materials Group, National Inst. for Materials Sci.
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YOSHIDA Toyoaki
Dept. of Mech. Systems Eng., Graduate School of Tech., Tokyo Univ.
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Yoshida Toyoaki
Dept. Of Mech. Systems Eng. Graduate School Of Tech. Tokyo Univ.
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Yokokawa Tadaharu
Materials Laboratory National Institute For Materials Science(nims)
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Harada Hiroshi
Materials Laboratory National Institute For Materials Science(nims)
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OGAWA Akinori
Aeronautical Environment technology Center, Japan Aerospace Exploration Agency
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FUKUYAMA Yoshitaka
Aeronautical Environment technology Center, Japan Aerospace Exploration Agency
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OSAWA Makoto
Materials Engineering laboratory, High Temperature Materials Group, National Institute for Materials Science
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HARADA Hiroshi
Materials Engineering laboratory, High Temperature Materials Group, National Institute for Materials Science
著作論文
- Effects of the Coordinates Planes Crystal Orientation on the Structural Strength of Single-Crystal Turbine Vanes and Blades
- Effects of the Cross-Sectional In-Plane Crystal Orientation on the Structural Strength of Single-Crystal Turbine Vanes