viscoelastic deformation

网络  弹黏性变形; 粘弹性变形

化学



双语例句

  1. Viscoelastic Finite Element Analysis of Deformation of Asphalt Mixtures Under Repeated Load
    重复荷载下沥青混合料变形的粘弹性有限元分析
  2. Application of elastic-viscoelastic correspondence principle to Biot ′ s consolidation finite layer analysis of viscoelastic soil: numeric volume ANALYSIS OF NONELASTIC DEFORMATION AND AVERAGE ELASTIC MODULUS OF DAM CONCRETE
    弹性黏弹性对应原理在黏弹性固结有限层方法中的应用&数值篇非弹性位移量及坝体砼的平均弹模值分析
  3. Theory and Static-Dynamical Analysis for Elastic and Viscoelastic Plates with Higher-Order Shear Deformation
    具有高阶剪切效应的弹性和粘弹性板的理论及其静、动力学行为分析
  4. The nonlinear free vibration for viscoelastic cross-ply laminated plates under considering transverse shear deformation and damage effect is studied.
    研究了考虑横向剪切变形和损伤效应的粘弹性正交铺设层合中厚板的非线性自由振动问题。
  5. Use the finite element method for viscoelastic fluid to inverse the deformation of a tunnel
    用粘弹性流体有限元方法反演计算巷道大变形问题
  6. The eigen-relaxation time and eigen-function for viscoelastic toroidal deformation can be analytically given when the total layer number is up to 6 between CMB and earth surface.
    当核幔-地表小于6个分层时,本文能解析地给出了粘弹性地球环形场的特征松弛时间。并写出了地表剪切应力激发下的特征函数表达式。
  7. Based on the creep experimental data of shale, the relationship between stress level, time and viscoelastic deformation disciplines of rock is analyzed.
    作者在页岩蠕变试验数据的基础上,分析了岩石粘弹性变形随应力水平不同和时间发展的变化规律。
  8. A new theoretical interpretation for the strain softening and hardening effects, which were caused by the interior hysteresis nature of viscoelastic deformation.
    对应变软化-硬化效应提出一种新的起因于粘弹变形内禀滞后效应的理论解释,并定名为粘弹软化-强化效应。
  9. A Nonlinear Viscoelastic Constitutive Model for Finite Deformation Rubber-like Materials
    一种适合橡胶类材料的非线性粘弹性本构模型
  10. In this paper an equation of motion is presented for a general thick viscoelastic plate, including the effects of shear deformation, extrusion deformation and rotatory inertia.
    本文导出了一般粘弹性厚板含剪切、挤压和转动惯性效应的动力方程,它是弹性厚板动力方程的推广。
  11. Finite element analysis for viscoelastic large deformation dynamic response
    粘弹性大变形动力响应的有限元分析
  12. The finite element method of viscoelastic large deformation plane problem with Kirchhoff stress TENSORS-GREEN strain tensors constitutive relation
    以Kirchhoff应力张量-Green应变张量表示本构关系的粘弹性大变形平面问题的有限元法
  13. A linear viscoelastic constitutive law based on deformation kinetics singularity of stress field around interface crack between Viscoelastic Bodies
    基于变形动力学模型的黏弹性材料本构关系黏弹性材料界面裂纹应力场奇性分析
  14. Viscoelastic behaviors of porous silicone rubbers under finite deformation
    多孔硅橡胶有限变形的粘弹性行为
  15. Based on the updated Lagrangian incremental iteration and using the principle of virtual work denoted by the updated Kirchhoff stress increment tensors and updated Green strain increment tensors and Kirchhoff stress tensors-Green strain tensors integral constitutive relation, the viscoelastic large deformation variational equation is derived.
    本文基于UpdatedLagrangian增量叠加方法,采用以现时Kirchhoff应力增量和现时Green应变增量表示的虚功方程和Kirchhoff应力-Green应变的积分本构关系,导出粘弹性大变形的变分方程。
  16. The dynamical behaviors of a viscoelastic Timoshenko beam with finite deformation were discussed in details Applying the Timoshenko's theory of beams and the fractional derivative constitutive relation, the governing motion equations were derived.
    本文讨论了有限变形粘弹性Timoshenko梁的动力学行为。首先由Timoshenko梁的理论和分数导数型本构关系给出了梁的控制方程。
  17. Soft clay has viscoelastic characteristics, which affects the consolidation and deformation of the soil.
    软土具有黏滞性,对其固结和变形会产生一定程度的影响。
  18. Observational stress calculation of viscoelastic body based on deformation method
    基于变形法的粘弹性体实测应力计算
  19. A mathematical programming approach to viscoelastic contact problems under finite deformation
    有限变形粘弹性接触的数学规划方法
  20. An evolution equation of internal variables which are related to viscoelastic deformation is derived from the theory of molecular motion. Based on this equation and irreversible thermodynamics, a linear viscoelastic constitutive law is found.
    本文从分子运动学理论出发建立了表征材料粘弹性变形的内变量演变方程,从不可逆过程热力学的基本方程和该内变量演变方程导出了积分型线性粘弹性应力应变关系。
  21. An analysis on dynamic response in three dimensional viscoelastic large deformation
    三维粘弹性大变形动力响应分析
  22. Analysis on viscoelastic deformation of layer rock masses on slope
    层状岩体边坡粘弹性变形分析
  23. Using viscoelastic FEM for displacement reverse analysis, the viscoelastic deformation parameters and the geo stresses in the surrounding rock were analysed, and compared with the results of the actual deformation test and geostress measured in situ.
    利用粘弹性有限元位移反分析方法对洞室围岩粘弹性变形参数及地应力条件进行了分析,并与岩体现场变形试验及地应力测量结果进行了比较。
  24. In this article it is explained that when analyzing the deformation behavior of a horizontal well in the unconsolidated sandstones, the viscoelastic deformation of such formation should be considered as well as the combined effects of earth stresses and drilling fluid density.
    文章提出在疏松砂岩储层水平井井眼变形分析中应考虑疏松砂岩的粘弹塑性变形,综合考虑地应力和钻井液密度对井眼变形的影响。
  25. According to the results of loading-unloading shear rebound creep tests, the shear creep deformation components of the soil contained elastic, plastic and viscoelastic deformation component.
    根据加-卸载剪切回弹蠕变试验结果分析了南宁非饱和膨胀土的剪切蠕变变形成份中包含有弹性、弹塑性和粘弹性变形成份存在。
  26. Based on Herrmann variational principle and Total Lagrangian method, a new type of viscoelastic incremental finite element method with large deformation is presented.
    基于Herrmann变分原理,采用TotalLagrangian方法,推导出了一种大变形粘弹性增量有限元法,能够处理任意泊松比的情况。
  27. While in the analysis of resin viscoelastic effect on curing deformation, we design several groups of comparison cases to analyze the difference between the linear elastic model and the viscoelastic model.
    而在分析树脂的粘弹效应对固化变形的影响时,我们设计了几组对比算例,对比分析了线弹性模型和粘弹性模型的差异。
  28. Because pre-impregnated fabric is the viscoelastic material, of which deformation is associated with time, the present paper carries on the different displacement rate experiments.
    由于预浸织物是粘弹性材料,变形与时间有关,因此本文进行了不同加载速率的试验。
  29. The second model, after endoscopic miniaturization, has taken into account that no effect by the intestinal viscoelastic deformation is only determined by the surface morphology and the chemical and physical properties, and deduced the friction calculation expression by using boundary lubrication theory and fractal theory.
    第二种模型考虑了内镜微型化后,不受肠道粘弹性变形影响仅由内表面形貌和物理化学性质决定,采用边界润滑理论和分形理论推导出了摩擦力计算表达式。