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Stress ratio effects on crack opening loads and crack growth rates in aluminum alloy 2024 [microform] / William T. Riddell and Robert S. Piascik ([NASA technical memorandum] ; NASA/TM-1998-206929)

Stress ratio effects on crack opening loads and crack growth rates in aluminum alloy 2024 [microform] / William T. Riddell and Robert S. Piascik ([NASA technical memorandum] ; NASA/TM-1998-206929)
Microform図書
1998<YCA-NAS 1.15:206929>
National Diet Library
  • Subject HeadingCrack propagation Stress ratio Aluminum alloys Crack closure...

An evaluation of the plasticity-induced crack-closure [microform] / James C. Newman, Jr ([NASA technical memorandum] ; NASA/TM-1998-208430)

An evaluation of the plasticity-induced crack-closure [microform] / James C. Newman, Jr ([NASA technical memorandum] ; NASA/TM-1998-208430)
Microform図書
1998<YCA-NAS 1.15:208430>
National Diet Library
  • Subject HeadingCrack propagation Stress ratio Plastic properties Aluminum a...

An experimental study of fatigue crack growth in aluminum sheet subjected to combined bending and membrane stresses [microform] / Edward P. Phillips (NASA technical memorandum ; 4784)

An experimental study of fatigue crack growth in aluminum sheet subjected to combined bending and membrane stresses [microform] / Edward P. Phillips (NASA technical memorandum ; 4784)
Microform図書
1997<YCA-NAS 1.15:4784>
National Diet Library
  • Subject Heading...m Metal sheets Stress ratio Bending fatigue Combined stre...

フィルダムの地震時における水理破壊現象に関する研究

フィルダムの地震時における水理破壊現象に関する研究
Digital文書・図像類
大根, 義男, 成田, 国朝, 中村, 吉男, 村瀬, 裕司愛知工業大学2000-06-30総合技術研究所研究報告=Bulletin of Research Institute for Industrial Technology.2p.63-87
Other Libraries in Japan
  • Subject Headinghydraulic fracturing earthquake hydraulic gradient dynamic analysis stress ratio

Fatigue strength evaluation of 1180MPa class recycled steel

Fatigue strength evaluation of 1180MPa class recycled steel
Digital文書・図像類
長島 伸夫, 早川 正夫, 長井 寿, 升田 博之, 中西栄三郎, 中西宣文, 岩崎勝
Available onlineOther Libraries in Japan
  • Subject HeadingHigh-strength recycled steel; 10^7 cycles fatigue limit; Stress ratio; Fatigue limit diagram

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