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Department of Mechanical Engineering and Materials Science Yokohama National University | 論文
- 315 鉄鋼材料における不安定脆性破壊の確率と固有距離
- Nondestructive Inspection of Local Thinning by Infrared Thermography with Stainless Steel Film Heater
- 3次元実装技術と環境対応型自動車のパワーデバイス実装における信頼性の課題(エレクトロニクス実装技術の現状と展望)
- Fatigue Reliability Evaluation for Sn-Zn-Bi and Sn-Zn Lead-Free Solder Joints
- The fiber components in the biaxially warm-deformed low-carbon steels
- Analysis of the dislocation structure in warm - deformed steels by the modified Warren - Averbach X - ray profile method
- Improvement of strength-and-toughness balance of recycled steel through ultrarefinement of grain size
- Analysis on Refinement of Columnar γ Grain by Phosphorus in Continuously Cast 0.1mass% Carbon Steel
- Influence of Phosphorus on Solidification Structure in Continuously Cast 0.1mass% Carbon Steel
- 低炭素鋼CC材の柱状γ粒におけるPによる微細化効果
- 高P含有低炭素鋼CC材の組織に及ぼす凝固モードの影響
- Structure of Continuously Cast Slab of High Phosphorus 0.1mass%C Steel
- Isolation of Orientia tsutsugamushi from Leptotrombidium fuji and Its Characterization
- EVALUATION OF FLOATING DUST CONCENTRATIONS GENERATED FROM DROPPED TEST MATERIALS BY DIGITAL DUST INDICATOR
- Continuously cast 0.1wt% C steels with high phosphorus : microstructural design and control
- Textures introduced by high-cross-angle cross rolling
- Relationship between Flow Stress and True Plastic Strain : Description by Work Hardening Rate as a function of True Stress
- Continuously Cast 0.1 mass pct. C Steele with High Phosphorus: Microstructural Design and Control
- Continuously Cast 0.1 mass pct. C Steels with High Phosphorus : Microstructural Design and Control
- Continuously Cast 0.1 mass pct. C Steels with High Phosphorus: Microstructural Design and Control