GS(6)-26(GSW0324) The Measurement and Estimation of Creep Crack Growth of a Round Bar Specimen with a Circular Notch for 12Cr Ferritic Heat Resistant Steel
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概要
- 論文の詳細を見る
- 2003-09-09
著者
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TABUCHI Masaaki
National Institute for Materials Science
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Sugiura Ryuji
Fracture Research Inst. Graduate School Of Engineering Tohoku Univ.
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Yokobori Toshimitsu
Fracture Research Inst., Graduate School of Engineering, Tohoku Univ.
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Ha Je
National Inst. for Materials Science, Independent Administrative Institution
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Adachi Takeshi
Faculty of Science and Engineering, Ishinomaki Senshu Univ.
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Tabuchi Masaaki
National Inst. For Materials Science Independent Administrative Institution
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Tabuchi Masaaki
National Research Institute For Metals
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Tabuchi Masaaki
National Research Institute Of Metals
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Ha Je
National Inst. For Materials Science Independent Administrative Institution
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Yokobori Toshimitsu
Fracture Research Inst. Graduate School Of Engineering Tohoku Univ.
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Adachi Takeshi
Faculty Of Science And Engineering Ishinomaki Senshu Univ.
関連論文
- Creep Fracture Analysis of W Strengthened High Cr Steel Weldment
- Microstructural Investigations on Type IV Cracking in a High Cr Steel
- Degradation of Creep Strength in Welded Joint of 9%Cr Steel
- Effects of Alloying Additions and Material Microstructure on the Accuracy of the Predictive Law of Creep Crack Growth for W-Strengthened 9-12%Cr Ferritic Heat-Resistant Steel
- The characterization of creep crack growth rate and its life of Cast TiAl-Fe-V-B Alloys(Strength & Fracture)
- Comparative Study of The Estimation of Creep Crack Growth Behaviour of TiAl by Using A Precrack And A Notch CT Specimens
- TTP Diagrams of Z Phase in 9-12% Cr Heat-Resistant Steels
- GS(6)-26(GSW0324) The Measurement and Estimation of Creep Crack Growth of a Round Bar Specimen with a Circular Notch for 12Cr Ferritic Heat Resistant Steel
- Analysis of Stress - Strain Relationship in Materials Containing Voids by Means of Plastic Finite Element Method
- Microstructures and Type-IV Creep Damage of High Cr Steel Welds
- The Influence of Both Testing Environment and Fillet Radius of the Die Holder on the Rupture Life of Small Punch Creep Tests
- Characterization of creep crack growth behaviour of 316 stainless steel in terms of microscopical fracture mechanism.