1.
An Evolutionary Structural Optimization(ESO) Method Based on Element′s Properties Changing Method
基于单元材料属性更改的结构渐进拓扑优化方法
2.
Treatment for Crack and Material Discontinuity with Natural Element Method
自然单元法计算裂纹与材料边界问题
3.
The Electromagnetic Parameters of Metamaterials Based on Spilt Ring Resonators
基于SRRs结构单元的超材料的电磁参数
4.
Exploitation of Elastic-viscoelastic Composite Structure Element;
弹性—粘弹性材料复合夹层结构的单元开发
5.
Theory and Data in the Study of Religions: From the Singleness to the Plurality;
宗教研究中的理论和材料:从单一到多元
6.
Numerical Modeling of Laser Ultrasound in Unidirectional Fiber-Reinforced Composite Material Using Finite Element Method
单向纤维增强复合材料的激光超声有限元模拟
7.
Study on Damage Evolution in Composite T-Joint using Acoustic Emission
复合材料T型单元损伤演化的声发射特性研究
8.
A Novel Left-handed Materials Composed of Independent Electric and Magnetic Resonators
由独立电磁谐振单元组成的新型左手材料
9.
The relationship between resonant frequency band and cell size in left-handed materials
左手材料的响应频段和单元尺寸关系的研究
10.
A New Beam-Column Element of Space Framed Structures for Nonlinear Analysis of Geometric Material
几何材料非线性分析的新空间梁柱单元
11.
3D stress analysis of composite laminate based on a kind of interfacial element
基于组合单元的层压复合材料三维应力分析
12.
Mechanical strength prediction of plain woven fabric composite:1.finite element model of composite RVE
基于有限单元法的平纹织物复合材料强度预测:1.RVE的有限元模型
13.
In addition, informal response papers(1-2 pages) on the readings for each unit will be due in class on the day that the readings are discussed.
另外，每个单元阅读材料的非正式读后感（-2页）在讨论阅读材料那天的课堂上交。
14.
EPDM is a terpolymer elastomer made from ethylene-propylene diene monomer.
EPDM是一种由乙烯-丙烯、二烯单聚物构成的三元共聚物弹性材料。
15.
This integration is achieved by the simultaneous fabrication, on a single piece of material, of all components of a circuit.
所谓集成就是把电路中的所有元件同时制作在单片材料上。
16.
An element of the material at such a point behaves like a crystal of the orthorhombic system.
材料中此点附近的一个单元体，其表现犹如正交晶系的晶体。
17.
The Simulation of active control of FGM plates/shells via a solid shell element
基于固体壳单元的功能梯度材料板壳主动控制模拟仿真
18.
The fracture problem of the functionally graded material (FGM) is analyzed using the element-free method (EFM).
本文采用无单元法分析了功能梯度材料的断裂力学问题。