2026-10-14T15:22:23Z https://www.scidb.cn/oai

10.57760/sciencedb.13763 2024-09-25T14:30:12Z

2024-09-25 Data package for biomimetic collaborative reinforcement technology combining rigid flexible coupling and directional arrangement of heterogeneous materials on overcurrent surfaces doi:10.57760/sciencedb.13763 en This data package mainly includes two parts: "Principle of Rigid Flexible Coupling Lightweight and High Strength Function of Biological Multiscale Structures and Heterogeneous Materials" and "Biomimetic Mapping Law of Biological Lightweight and High Strength Function Principles to Flow Surface Components". Through the morphology, structure, and composition characterization of typical biological structures, as well as mechanical performance testing of key biological structures, the mechanisms of action of lightweight and high-strength functions of biological structures are elucidated, and the corresponding principles are revealed; Establish a parameter characterization calculation method and biomimetic mapping model for material structure function collaborative design, realize lightweight and high-strength biomimetic optimization design of composite material flow surface templates and scaled samples, and based on simulation design schemes, complete the forming manufacturing and experimental testing of corresponding biomimetic flat components to obtain the mechanical performance parameters of biomimetic components.  biomimetic; heterogeneous; materials Qian Zhao Zhaohua Lin Yunhong Liang Qian, Zhao Mingzhuo Guo Siyang Wu Jiale Zhao Jian Zhuang Qian Wu Yufei Wang Zhengzhi Mu Zhiyan Zhang Wenda Song Zhiwu Han Xinming Jiang Binjie Zhang Shichao Niu Sijian Lu Jiaan Liu Shuigen Li Jiawei Xiong Chunbao Liu Zhiwei Tuo Tian Yang Xianyong Zhu Qigang Han Mingdi Shi Bo Li Fei Cheng Guixun Sun Bo Wang Xinjing Liu Zhiqiang Dong J A Liu X Y Zhu You Chen Ze Wang Linpeng Liu Yujiao Li Dashun Zhang Junqiu Zhang Luquan Ren PUBLIC dataset Science Data Bank