片语

hyperelastic law超弹性定律

hyperelastic materials超弹性材料（hyperelastic material的复数）

hyperelastic collision超弹性碰撞

compressible hyperelastic可压超弹性

hyperelastic materialStress-strain curves for various hyperelastic material model

hyperelastic model超弹性模型

hyperelastic contact超弹性接触

hyperelastic type全量式

hyperelastic deformation超弹性变形

英汉例句

• Sets of hyperelastic analytical solution are presented with triangular function.

  用三角级数的形式给出了一组相应的超弹性解析解答。

• In the present paper, the finite deformation and stress analysis for a hyperelastic rectangular plate with a center void under a uniaxial extension is studied.

  本文研究了含中心微孔的超弹性矩形板在单向拉伸时的有限变形和受力分析。

• The hyperelastic deformation behavior of the fiber reinforced polymer is studied.

  研究了纤维树脂基复合材料超弹性变形行为。

• In this article, we have discussed several kinds of continuous hyperelastic collision process, which deepen our understanding by comparing with the elastic collision.

  本文分析了几种超弹性碰撞多次连续碰撞的过程，以期对照弹性碰撞的进一步理解。

• In this paper, the problem of large axisymmetric deformation of hyperelastic membrane is reformulated on the basis of the general theory of finite elasticity.

  本文从有限弹性理论出发对超弹性薄膜轴对称大变形问题进行了一般的数学描述。

• The most of biological soft tissues obey nonlinear hyperelastic law.

  大部分的生物软组织遵守非线性超弹性变形规律。

• In order to obtain the mechanical properties of rubber's hyperelastic parameters, the general means is based on the traditional uniaxial tensile, biaxial stretching and other methods.

  为了获取超弹性力学特性的参数，通常采用对材料进行单、双向拉伸、压缩等实验获取数据。

• Objective. Apply a hyperelastic constitutive model to characterize the evolution of engineered AF via scalar model parameters.

  目的：应用超弹性定制模型，通过调节模型标量参数记录组织工程纤维环的演变特征。

• A group of displacement was presented in the functional form of boundary load function to solve the hyperelastic problems.

  试图寻求用边界荷载函数的泛函形式给出一组位移分量。

• According to the incompressibility hypothesis, a modified hyperelastic constitutive model was proposed to describe the temperature-dependent tensile behavior of silicon rubber.

  基于体积不可压缩假设，采用修正的超弹性本构模型较好地表征了硅橡胶温度相关的拉伸力学行为。