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Multidiscipline Topology Optimization of Stiffened Plate/Shell Structures Inspired by Growth Mechanisms of Leaf Veins in Nature

机译：叶脉生长机制启发的加强板/壳结构的多学科拓扑优化

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Baotong Li; Jun Hong; Suna Yan; Zhifeng Liu;
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年度 2013
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1. Multidiscipline Topology Optimization of Stiffened Plate/Shell Structures Inspired by Growth Mechanisms of Leaf Veins in Nature [J] . Baotong Li, Jun Hong, Suna Yan, Mathematical Problems in Engineering . 2013,第pta5期

机译：自然界中叶脉的生长机制对板壳结构的多学科拓扑优化
2. Multidiscipline Topology Optimization of Stiffened Plate/Shell Structures Inspired by Growth Mechanisms of Leaf Veins in Nature [J] . BaotongLi, JunHong, SunaYan, Mathematical Problems in Engineering: Theory, Methods and Applications . 2013,第3期

机译：自然界中叶脉的生长机制对板壳结构的多学科拓扑优化
3. Topology optimization of plate/shell structures with respect to eigenfrequencies using a biologically inspired algorithm [J] . Baotong Li, Chengbin Xuan, Wenhao Tang, Engineering Optimization . 2019,第10a12期

机译：使用生物启发算法对特征犯规的板/壳结构的拓扑优化
4. Dynamic Topology Optimization Research of Stiffened Plate Structures Based on the BESO Method [C] . Xiaoyan Teng, Yuedong Han, Xudong Jiang International Congress and Exposition on Noise Control Engineering . 2020

机译：基于BETO法的加强板结构动态拓扑优化研究
5. AN ELASTIC FINITE-ELEMENT ANALYSIS OF THE BUCKLING OF ECCENTRICALLY STIFFENED PLATES AND SHELLS [D] . HAGEDOORN, A. HENRY J. 1973

机译：偏心加筋板和壳屈曲的弹性有限元分析
6. A Rat Tibial Growth Plate Injury Model to Characterize Repair Mechanisms and Evaluate Growth Plate Regeneration Strategies [O] . Christopher B. Erickson, Nichole Shaw, Nancy Hadley-Miller, 2017

机译：大鼠胫骨生长板损伤模型以表征修复机制并评估生长板再生策略
7. Layout Design of Stiffened Plates for Large-Scale Box Structure under Moving Loads Based on Topology Optimization [O] . Zhaohua Wang, Chenglong Yang, Xiaopeng Xu, 2020

机译：基于拓扑优化的移动载荷下大型箱体结构加强板布局设计
8. Structure Damage Simulations Accounting for Inertial Effects and Impact and Optimization of Grid-Stiffened Non-Circular Shells [R] . Mei, Chuh, Jaunky, Navin 1999

机译：结构损伤模拟考虑惯性效应和网格加筋非圆壳的影响和优化

Multidiscipline Topology Optimization of Stiffened Plate/Shell Structures Inspired by Growth Mechanisms of Leaf Veins in Nature

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