stress matrix的例句大全

The predicted fracture stress matrix cracking stress and crack spacing just have error less than 20% with the corresponding experimental value.

预测的断裂应力、基体开裂应力和裂纹间距与实测值最大误差在20%以内。

At the same time, from the basic theory of mechanics of materials, particularly expatiate the material secant stiffness of the principal strain direction and the principal stress direction and the element transformation matrix; they provide the theory basis of the procedure presented in this paper.

同时由材料力学出发详细推导了主应变或者主应力方向上的材料割线刚度、单元坐标转换矩阵，为本文程序的编制提供了理论基础。

Considering the non-linear elastic behaviour of concrete, the normal stress at fibre ends and thermal effect on shear stress and normal stress in fibre, the traditional shear-lag theory of stress transfer in short fibre reinforced concrete-matrix composites is improved.

根据混凝土的非线弹性性质、纤维端部应力和由于温度变化产生的温度应力对剪应力及纤维正应力的影响，对短纤维增强混凝土应力传递的剪滞理论进行改进。

The whole tension strength of steel fiber reinforced self-stressing concrete is a combination of tension strength of matrix and the self-stress value;

钢纤维自应力混凝土抗拉强度为混凝土基体的抗拉强度与自应力值之和；

The Precision Measure and the Criterion Matrix of Three-Dimensional Stress Parameters for Monitoring Networks

监测网的精度测度与三维应变参数的准则矩阵

The matrix and fiber are assumed elastic, and the sliding rate is proportional to the shear stress on the interface.

基体和纤维为弹性的，而界面滑动速率正比于界面剪应力。

By using the principle of X ray stress measurement, the bearing stress factors of matrix in composites was measured.

结合X射线应力测量原理，建立出基体承载系数的X射线应力测量方法。

Articular cartilage is mainly composited by cartilage cells and matrix, and its function is conducting and distributing loading, maintaining and bearing the contact stress of articular surface.

关节软骨主要由软骨细胞和细胞基质构成，其功能是传导及分布载荷、维持和承受关节面的接触应力。

And on circumstance that the location of the crack are uncertain, material properties of fibre and matrix affects stress intensity factor uncertainly.

且在裂纹位置不定的情况下，纤维和基体的剪切模量比值对应力强度因子的影响也呈不定的趋势。

There are certain relations among overburden pressure, underlying fluid pressure and matrix stress, and different understandings of how to describe or depict them in the end.

上覆岩层压力与下伏岩层中的流体压力以及岩石骨架应力之间，存在着一定的关系。

It exist stress bonded area on interface of fiber and matrix of 3-d braided composites. Fiber absorbs more stress.

在三维编织复合材料内的纤维束与基体的界面处存在一定的应力结合区域，且在纤维一侧吸附较多应力。

Experiments and finite element analysis have been carried out to study the influence of heat treatment on the stress creep behavior of a short fiber reinforced metal matrix composite ( MMC). Two heat treatments together with cast state ( no heat treatment) were considered.

采用试验和有限元方法研究了热处理制度对金属基短纤维复合材料（MMC）蠕变性能的影响，同时考虑了2种不同热处理制度和1种铸造状态。

Relationships between equilibrium matrix and tangent stiffness matrix, linear stiffness matrix, initial stress stiffness matrix are discussed.

与几何非线性有限元法进行了比较，深入阐述平衡矩阵与切线刚度矩阵、线性刚度矩阵、初始应力矩阵的联系，指出了该方法进行动不定结构分析的优越性。

Using the concept of plastic hinge, the tangent stiffness matrix of spatial beam element is formed. At the same time the effect of geometry nonlinear property, residual stress and end restraint are considered.

引入塑性铰的概念，建立了空间梁单元弹塑性刚度矩阵，同时考虑几何非线性、残余应力、端部约束等的影响，给出了一套钢结构复杂体系的有限元计算方法。

In this paper, the element tangent stiffness matrix of spatial fold cable element under initial stress condition and nonlinear simultaneous equations for finite element method which can be used in nonlinear analysis and calculation of prestressed lattice structures are developed by studying the prestressed cable element.

通过对于预应力索单元的分析研究，推导了具有初始应力的空间折索单元的单元切线刚度矩阵的计算公式，并且建立了可用于预应力空间网格结构非线性有限元分析的非线性方程组。

Stress concentration analysis of a spherical particle with an interphase embedded in an infinite elastic matrix

具有界面相的球形粒子在无限大基体中的应力集中分析

High compressive stresses develop in the whisker and on its surface, while the Al2O3 matrix is mainly subjected to the tensile stress perpendicular to the interface.

晶须内部及其表面存在较高的双向压应力，Al2O3基体主要承受垂直于界面的拉应力；

stress strain analysis on interface between ceramic and matrix of laser cladding layer

激光熔覆层陶瓷颗粒界面力学行为的数值分析

the interface mechanical finite element matrix matching method and the thermal stress for the masonry envelop in the wall of melting furnace

熔炼炉壁中砌体的界面力学有限元矩阵对号入座法与热应力

zero displacement method, and the bending energy method, the stress influence matrix method and principle balance method of calculation;

零位移法、最小弯曲能量法、影响矩阵法和应力平衡法的计算原理；