全部

1·Nevertheless, the ratio of Poisson's ratio should be decreased.

值、杨氏系數 比值、浦松比 比值都应该增加；

2·The relationship between the plane- Poisson's ratio and thick- Poisson's ratio is analyzed.

最后分析了面内泊桑比和厚度方向泊桑比的关系。

3·When compressive stress reaches zero, a critical value of the post-peak Poisson's ratio is achieved.

当压缩应力降至零时，峰后泊松比达到临界值。

4·Concrete is assumed to be an isotropic material, and deformations due to Poisson's ratio are ignored.

混凝土假设为各向同性材料，且忽略计算变形时的泊松比效应。

5·The sensitivity analysis for Poisson's ratio and coefficient of permeability has given some beneficial conclusions.

对泊松比及渗透系数的参数敏感性分析也得出了一些有益结论。

6·This paper describes the triaxial test system which was designed for determining dynamic modulus and poisson's ratio.

本文叙述了用于测定动变形模量和动泊松比的三轴试验设备。

7·Cellular materials with negative Poisson's ratio have unique mechanical performance and a promising prospect of applications.

负泊松比多胞材料具有独特的力学性能，有着良好的应用前景。

8·The reduction theory for elastic modulus and Poisson's ratio is given according to the stress-strain hyperbolic curve of the soil.

根据土的弹性模量和泊松比满足双曲线关系，给出了弹性模量和泊松比折减的基本原理。

9·By selecting two groups of different virtual displacement field, elastic parameters (Young's Moduls and Poisson's ratio) can be inversed.

通过选择两组不同的虚位移场，可以反算出材料的力学参数：杨氏模量和泊松比。

10·It is possible for linear, upwards concave or upwards convex relations between the post-peak Poisson's ratio and the flow compressive stress.

峰后泊松比与轴向压应力之间的关系可能是一条直线，也可能是上凸的，或上凹的。