1.
Construction of Biomimetic Structures on Copper Surface and Manipulation of the Wettability
铜表面仿生结构的构建及其浸润性调控
2.
Study on the Anti-wear Characteristics of Bionic Structure under Oil Lubrication;
仿生结构在润滑条件下耐磨性能的研究
3.
The application of advanced CAD/CAE technologies in the design of complex biomimetic constructions
先进CAD/CAE技术在复杂仿生结构设计中的应用
4.
Structure Bionic Design and Simulation for Low RCS Column
低RCS立柱结构仿生设计及仿真分析
5.
Computer Simulation and Design on Bionic Slippery Microstructure Surfaces
仿生光滑表面显微结构计算机仿真与设计
6.
Study on the Biomimetic Chitosan Medical Material with Layer Structure;
仿生层状结构壳聚糖医用材料的研究
7.
Three-D Structure Bionic Design of the Artificial Bone Based on Knowledge;
基于知识的人工骨三维结构仿生设计
8.
Structures, Properties and Biomimetic Models of the Elytra Cuticle of the Beetle Copris Ochus Motschulsky
臭蜣螂鞘翅表皮结构、性能及仿生模型
9.
Research progress on fabrications and optical properties of bionic nanostructures
OB纳米结构仿生及光学特性研究进展
10.
Inspiration from Nature--Bionic Structure Aesthetics
灵感从自然中来——仿生建筑结构美学
11.
General speaking， the main research contents in this field include: bionic city， bionic function， bionic structure， bionic form and so on.
它的主要研究内容包括:城市仿生，功能仿生，结构仿生，形式仿生等方面。
12.
Structural Characteristics in Natural Biomaterials and Developing Trend of Bionic Material
天然生物材料结构特征及仿生材料的发展趋势
13.
Research on Structure Design and Simulation for the Bionic Set Inspired by Undulatory Dorsal Fin;
柔性长背鳍波动仿生装置的结构设计与仿真技术研究
14.
Studies on the New-style Large-span Roof System by Bionic Modeling of Dragonfly Wings;
新型大跨空间屋盖结构体系仿生（蜻蜓翅膀结构）研究
15.
Studies on the New-style Reticulately Stiffening Thin-wall Space Structures by Bionic Modeling of Dragonfly Wings;
蜻蜓翅膀结构仿生及新型薄壁空间网格结构体系研究
16.
Studies on the New-style Reticulately Stiffening Thin-wall Cantilever by Bionic Modeling of Dragonfly Wings;
蜻蜓翅膀结构仿生及新型伸臂空间网格结构体系研究
17.
Research on The High Specific Strength and Specific Stiffness Structure Design Based on The Structural Bionic Theory;
基于结构仿生理论的高比强度、比刚度结构设计研究
18.
Bionic Design of Human Bone Microstructure Based on Fractal Theory
基于分形理论的人体骨微观结构仿生设计