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Prediction of Microstructure Distribution in the Through-thickness Direction during and after Hot Rolling in Carbon Steels.

机译：碳钢中热轧期间及后的贯穿型方向上的微观结构分布的预测。

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Shigenobu Nanba; Mitsuru Kitamura; Masao Shimada; Masaaki Katsumata; Tsuyoshi Inoue; Hiroki Imamura; Yasushi Maeda; Shigeo Hattori;
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年度 1992
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2. Research Difference of Strain Distribution and Microstructure Evolution between Rolling Direction and Transverse Direction of AM50 Mg Alloy Plate by Digital Image Correlation [J] . QiangLi, FuanHua, JianpingLi, Advances in materials science and engineering . 2015,第6期

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3. Prediction of Rolling Load, Recrystallization Kinetics, and Microstructure During Hot Strip Rolling [J] . Xu Yun-bo, Yu Yong-mei, Liu Xiang-hua, Journal of Iron and Steel Research International . 2007,第6期

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4. THROUGH-THICKNESS VARIATION OF MICROSTRUCTURE AND TEXTURE IN HIGH SPEED HOT ROLLING OF ALUMINUM AND ALUMINUM ALLOY SHEET [C] . Tetsuo Sakai, Seong Hee Lee, Yoshihiro Saito Second International Conference on Light Materials for Transportation Systems (LiMAT-2001) Vol.I: Session III May 6-10, 2001 Pusan, Korea . 2001

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5. Control of microstructure during solidification & homogenization of Thin-Slab Cast Direct-Rolling (TSCDR) microalloyed steels. [D] . Zhou, Tihe. 2010

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6. Comparing the Through-Thickness Gradient of the Deformed and Recrystallized Microstructure in Tantalum with Unidirectional and Clock Rolling [O] . Jialin Zhu, Shifeng Liu, Xiaoli Yuan, 2019

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7. Effects of finish-rolling temperature and carbon content on microstructure and mechanical anisotropy of 0.04-0.13C steels. [O] . Franc VODOPIVEC, Marin GABROVŠEK, Janez ZVOKELJ 1988

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8. HOTCFGM-1D: A Coupled Higher-Order Theory for Cylindrical Structural Components with Through-Thickness Functionally Graded Microstructures [R] . Pindera, Marek-Jerzy, Aboudi, Jacob 1998

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Prediction of Microstructure Distribution in the Through-thickness Direction during and after Hot Rolling in Carbon Steels.

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