1.
The Mechnics Analysis of Composite Material Beam with Non-Symmetry Paved Sma-Layer Subjected to Thermal Load
非对称铺设SMA层的复合材料梁在热载荷作用下的力学行为
2.
Deformation analysis of composite beam with asymmetrically paved SMA-layer subjected to thermal load
非对称铺设SMA层的复合材料梁在热荷载作用下的变形分析
3.
The essay analyses free vibration problem of laying bed build-up board of antisymmetry angle with spline finite element method.
本文用样条有限元法,分析了反对称角铺设层合板的自由振动问题.
4.
The Bending of Rectangular Angle-ply Laminated Orthotropic Plates with Four Free Edges on the Elastic Foundation;
弹性地基上四边自由正交异性反对称角铺设层合矩形板的弯曲
5.
Analysis of the Delamination of Rectangular Symmetrically-layered Composite Laminates under Low Velocity Impact
对称角铺设矩形叠层复合材料板受低速冲击时的解层破坏分析
6.
Bending of the Carbon-Epoxy 45°Symmetric Angle-Ply Laminates
碳/环氧对称45°斜交铺层层合板的弯曲
7.
The dynamic response of antisymmetric angle-ply laminated plates was calculated by using the method of spline collocation in time domain.
提出用加权残值法中的时域样条配点法对反对称角铺设层合板进行动力响应计算。
8.
Even Los Angeles, whose residents are famous for their infatuation with cars, recently installed 17 miles of subway tracks.
洛杉矶的居民向来以对汽车的迷恋著称，甚至在那里，最近也铺设了17英里的地下铁轨。
9.
Study on the Structure and Property of Unsymmetric Hybrid Lays Composite
混杂复合材料非对称铺层结构性能研究
10.
symmetrical design
﹝镜头﹞对称式设计
11.
laid edge-to-edge (not overlapping).
边缘对边缘铺设（不是搭接的）。
12.
Commenting on Design Procedures for Additional Layer of AASHTO Flexible Pavement
对AASHTO柔性路面加铺层设计方法的评述
13.
To be or compose the pavement of.
铺设用筑路材料铺成
14.
NONLINEAR FINITE ELEMENT ANALYSIS OF THE ROOM-TEMPERATURE SHAPE OF UNSYMMETRICALLY LAMINATED COMPOSITES
非对称铺层复合材料板室温形状的非线性有限元分析
15.
On Improving Noise Reduction with Proper Design of Composite Material Structure
铺层设计对复合材料结构降噪特性的影响
16.
An Enlightenment of the colored pavement in the classic garden to the modern landscape design
传统园林的花街铺地对现代景观设计的启示
17.
Design of roller and alignment station system of pipelaying ship
铺管船钢管滚轮输送及对中站系统设计简介
18.
Optimal Design of Inspiration Mechanism under Symmetrical and Asymmetrical Information Conditions;
信息对称与非对称条件下激励机制的优化设计