片语

principle of virtual complementary work虚补功原理

Virtual Private work虚拟专用网络

Virtual frame work is roused虚拟架子鼓

virtual-work principe虚功原理

virtual cooperative work platform虚拟协同工作平台

Organize Virtual build work组织开展虚拟装车评审

Virtual collaborative work environment虚拟协同工作环境

英汉例句

• The theory of virtual work principles of deformable bodies and the technique to derive their expressions are studied and applied to contact problems to build FEM formulas.

  研究了变形体虚功原理的理论和建立方法，并将其用于建立接触问题有限元法计算公式。

• Large deformation theory and virtual work principle were applied to analyses high - speed machining process, the finite element governing equation was approached based on Lagrangian description.

  依据大变形理论和虚功原理对高速切削过程进行分析，建立了基于拉格朗日描述的有限元控制方程并采用二维有限元模型进行模拟。

• And then the governing equations of the block dynamic system are deduced on the basis of the virtual work principle, the deformation compatibility condition and the constitutive relations.

  随后，基于虚功原理、变形协调条件和本构关系，推导了块体动力系统的控制方程组。

• The principles of virtual work for deformable bodies can be obtained with facility by taking advantage of the well known principle of virtual displacement in analytical mechanics.

  应用分析力学中质点系的虚位移原理，即可得到变形体的虚功原理。

• Then, the generalized stiffness matrix and load vector in the equilibrium equations are formulated by using the virtual work principle, and the numerical integration method is discussed.

  然后，由虚功原理推导出了整体平衡方程中的广义刚度矩阵和荷载向量的具体表达式，并对其数值积分方法进行了讨论。

• For conservative external nodal moments, the virtual work for the external moment can result in an external load stiffness matrix, which can significantly modify the geometrical stiffness matrix.

  对于保守弯矩，节点外荷载弯矩的虚功产生外荷载刚度矩阵，这个矩阵会改变几何刚度矩阵一些项。

• By using of virtual work principle and the unit-load method, the elastic-plastic process of loading and deflection of a beam with one degree of indeterminacy under an even load is analyzed.

  通过虚功原理和单位荷载法分析了均布荷载作用下一次超静定梁的弹塑性加载及变形过程。

• In this paper, the tension bending coupling model is presented by virtual work principle, the effect of the bonding layer between beam and piezoelectric actuator is considered in the analysis.

  利用虚功原理，建立了单面粘贴有压电致动器的梁结构的拉伸-弯曲耦合模型，在分析过程中，考虑了梁与致动器之间粘贴层的影响。

• And the virtual work and complementary virtual work principles for physical simulations are united theories of the energy principles for physical simulations.

  而物理模拟虚功原理及余虚功原理是物理模拟能量原理的统一理论。

• A set of difFerential equations and the corresponding boundary conditions are derived according to virtual work principle and the longitudinal displacement patterns.

  根据所提出的位移模式，结合虚功原理推导出组合梁剪力滞效应微分方程以及相应的边界条件。

• In this paper, an analytical model is firstly set up using virtual work principle, an empirical model is then given.

  本文首先采用虚功原理建立了反作用轮的扰动解析模型，然后给出了反作用轮的实验模型。

• The effect of truncation errors is considered in the incremental virtual work equation.

  在这个增量形式的虚功方程中，考虑了积累误差的影响。

• The spatial field FE discrete method of the virtual work equation and the time field central difference discrete method of the FE equation in the dynamic explicit method are described in detail.

  详细分析了动力显式算法中虚功方程的空间域有限元离散方法和有限元方程的时间域中心差分离散方法。

• The determination of freedom less than the actual one may be find implicit constraint properly on the basic of the given one in using the virtual work principle to solve the problems.

  由虚功原理解题时可在题中给定约束的基础上，适当考虑隐含约束，确定比实际少的自由度。

• This paper describes a method based on the generalized principle of virtual work to derive the hybrid model of finite element. An assumed-strain hybrid model was obtained.

  本文提出用广义虚功原理的方法建立有限元的杂交模型，并具体导出了一种杂交应变模型。

• The virtual work of the reader does not involve surprise, does not involve the violation of expectations.

  读者的虚功中没有惊讶，也没有期望的违背。

• In spite of the very close affinity between the variational theorems and the principle of virtual work the study of the former is worth-while.

  尽管变分定理与虚功原理之间有很紧密的相似关系，然而对前者的研究仍然是有价值的。

• And both the continuous double integral method and the virtual work method used in this paper can solve this problem well.

  文中利用连续二次积分法和虚功法很好地解决了这一问题。

• Space stiffness matrix of T-shape, L-shape and -shape short-leg shear wall is derived by virtual work principle and variational principle.

  利用虚功原理和变分原理分别推导了T形、L形和一字形截面的短肢剪力墻空间单元刚度矩阵。

• A incremental virtual work equation, which is suitable for geometric nonlinear analysis of structures, is derived in this paper.

  本文从适用于几何非线性分析的增量形式的虚功方程出发，建立了有限元计算公式。