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Material Modeling of Hot-Rolled Steel Sheet Considering Differential Hardening and Hole Expansion Simulation

机译：考虑差动硬化和孔膨胀模拟热轧钢板材料建模

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Shunya Nomura; Toshihiko Kuwabara;
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1. Influence of Ti and Nb on the Strength-Ductility-Hole Expansion Ratio Balance of Hot-rolled Low-carbon High-strength Steel Sheets [J] . Kyohei KAMIBAYASHI, Yutaka TANABE, Yoshito TAKEMOTO, ISIJ international . 2012,第1期

机译：Ti和Nb对热轧低碳高强度钢板强度-延性-孔膨胀比平衡的影响
2. Influence of Ti and Nb on the Strength–Ductility–Hole Expansion Ratio Balance of Hot-rolled Low-carbon High-strength Steel Sheets [J] . Kyohei Kamibayashi, Yutaka Tanabe, Yoshito Takemoto, ISIJ international . 2012,第1期

机译：Ti和Nb对热轧低碳高强度钢板强度-延性-孔膨胀比平衡的影响
3. Effect of microstructure and alloying elements on hole -expansion capability of hot-rolled high-strength sheet steels [J] . Imai N. 材料とプロセス: 日本鉄鋼協会講演論文集 . 2000,第3期

机译：显微组织和合金元素对热轧高强度钢板扩孔能力的影响
4. Effect of Material Anisotropies of Hot-Rolled High-Strength Steel Sheet on Localized Deformation Behavior in Hole Expansion Part-ll Simulation and Evaluation of Anisotropic Yield Function [C] . Kazuo Okamura, Toshiya Suzuki, Yuya lshimaru Asia-Pacific Symposium on Engineering Plasticity and its Applications . 2017

机译：热轧高强度钢板材料各向异性对孔膨胀型孔径模拟局部变形行为的影响及各向异性产量函数评价
5. The relationship between microstructure and damage evolution in hot-rolled complex-phase steel sheet. [D] . Bell, Grant A.S. 2014

机译：热轧复合相薄钢板的组织与损伤演变的关系。
6. Analysis of the Influence of Blanking Clearance on the Wear of the Punch the Change of the Burr Size and the Geometry of the Hook Blanked in the Hardened Steel Sheet [O] . Jacek Mucha, Jacek Tutak 2019

机译：冲裁间隙对冲孔磨损毛刺尺寸变化和淬硬钢板冲孔钩几何形状的影响分析
7. Influence of Ti and Nb on the Strength–Ductility–Hole Expansion Ratio Balance of Hot-rolled Low-carbon High-strength Steel Sheets [O] . Kyohei Kamibayashi, Yutaka Tanabe, Yoshito Takemoto, 2012

机译：Ti和Nb对热轧低碳高强度钢板强度 - 延展性膨胀比平衡的影响
8. CRACK PROPAGATION TESTS OF HIGH-STRENGTH SHEET MATERIALS PART Ⅲ-LOW-ALLOY AIR-HARDENING STEEL [R] . J. E. Srawley, C. D. Beachem 1959

机译：高强度板材裂纹扩展试验Ⅲ-低合金空气硬化钢

Material Modeling of Hot-Rolled Steel Sheet Considering Differential Hardening and Hole Expansion Simulation

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