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1·The effect of transverse shear is also discussed.

同时还讨论了横向剪切效应。

2·This paper presents a method to identify transverse shear modulus for composite materials.

本文提出一种测试复合材料横向剪切弹性模量的参数识别方法。

3·The basic equations, including the transverse shear, are built on the basis of elastic theory.

基于弹性理论建立了考虑横向剪切变形时复合材料脱层梁的基本方程序。

4·The bar element which considered the transverse shear effect has significantly improvement on tunnel stability.

考虑横向剪切作用的杆单元，对围岩稳定性有明显提升。

5·The transverse shear deformation effect is included by use of Mindlin-Reissner first-order shear deformation theory.

分析了计及高阶横向剪切变形的正交各向异性弹性板自由振动的问题。

6·The effect of diffusion controlled interfacial sliding on the transverse shear deformation of fibrous composites is studied.

研究了扩散控制的界面滑动对纤维复合材料的横向剪切变形行为的影响。

7·The effect of transverse shear deformation is considered and Angle of rotation of surface normal for each layer is different.

这类板的横向剪切变形效应必须予以考虑，因而层板不同层的表面法线的转角是不同的。

8·The examples show that the critical load of composite shells of revolution will decrease when considering the transverse shear deformation.

数值算例表明，对于复合材料旋转壳，横向剪切变形使其临界载荷降低；

9·The stiffness analysis is performed by the finite element method, in which a triangular element considering the transverse shear effects is used.

刚度分析用有限元法完成 ，其中采用了一种考虑横向剪切影响的三角形单元。

10·The transverse shear deformation as well as extensional strain in each lamina is included. Equations of equlibrium for laminae are first derived.

在计算各单层横向剪切变形影响时，采用单层中面法线变形后维持直线，但放弃层中面法线及其正交线之间变形后保持直角的假定。