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Microtexture and Rolling Deformation Behavior Analysis of the Formation Mechanism Fe3O4 at the Interface Formed on Hot-Rolled High-Strength Steel

机译：形成机构Fe3O4在热轧高强度钢上形成的Microtexture和滚动变形行为分析

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Chao Wang; Huibin Wu; Zhichao Li; Pengcheng Zhang; Leilei Li;
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2. Effect of strengthening mechanisms on limit stress for slip bands formation under cyclic deformation of hot-rolled sheet steel [J] . Masato Kurita, Miyuki Yamamoto, Kazutoshi Kunishige 鉄と鋼／Journal of the Iron and Steel Institute of Japan. . 1999,第10期

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3. Effect of strengthening mechanisms on limit stress for slip bands formation under cyclic deformation of hot-rolled sheet steel [J] . Masato Kurita, Miyuki Yamamoto, Kazutoshi Kunishige 鉄と鋼／Journal of the Iron and Steel Institute of Japan. . 1999,第10期

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4. Effect of Material Anisotropies of Hot-Rolled High-Strength Steel Sheet on Localized Deformation Behavior in Hole Expansion Part-I Experimental Consideration to Circular and Oval Hole [C] . Toshiya Suzuki, Kazuo Okamura, Yuya Ishimaru Asia-Pacific Symposium on Engineering Plasticity and its Applications . 2017

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5. Effects of temperature and grain size on the transformation and the deformation behaviors of the TRIP (transformation induced plasticity) steels. [D] . Tao, Kaixiang. 2006

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6. Analysis of Plastic Deformation Instabilities at Elevated Temperatures in Hot-Rolled Medium-Mn Steel [O] . Aleksandra Kozłowska, Barbara Grzegorczyk, Marcin Staszuk, 2019

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7. Effect of Strengthening Mechanisms on Limit Stress for Slip Bands Formation under Cyclic Deformation of Hot-rolled Sheet Steel [O] . Masato KURITA, Miyuki YAMAMOTO, Kazutoshi KUNISHIGE 1999

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Microtexture and Rolling Deformation Behavior Analysis of the Formation Mechanism Fe3O4 at the Interface Formed on Hot-Rolled High-Strength Steel

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