stress problem
英 [stres ˈprɒbləm]
美 [stres ˈprɑːbləm]
网络 应力问题
双语例句
- We now illustrate the entire procedure in solving a plane stress problem.
我们现在来举例说明解一个平面压力题的全部过程。 - Heat Stress Problem and Solution of Tank& Armored Vehicle Crewmen
坦克、装甲车乘员热应激问题的解决方案 - DDA method of thermal stress problem for jointed rock mass
节理岩体热应力问题的非连续变形分析方法 - In this paper, an approximate expression for solving plane stress problem of orthotropic material is worked out based upon the procedures of Lecknitzky's work.
本文在列赫尼茨基方法的基础之上提供一个正交各向异性弹性平面应力的近似计算方法。 - The stability of a rock-salt roadbed with two circular cavities is analyzed as a planar strain stress problem with the element-free Galerkin method ( EFGM).
数值结果表明，EFGM对于解决含两个孔洞的应力集中问题是有效且灵活的。 - The bending of simply supported magnetoelectroelastic beam under uniform load treated as plane stress problem is investigated.
对磁电弹性材料构成的两端简支梁，在均布荷载作用下的弯曲问题按平面应力问题进行了研究。 - Method for Solving Plane Stress Problem by Means of Sum Function of Strain
用应变和函数法解平面应力问题 - Elastic-Plastic Solution for an Axisymmetric Plane Stress Problem in MVM Material
MVM材料轴对称平面应力问题的弹塑性解 - By this method, the thermal stress problem in ortho-anisotropic medium can be directed solved from the existing solution of lateral bending problem and vice versa.
利用本方法，正交各向异性材料中的平面热应力问题的解可以直接从相同材料、相同几何尺寸的板弯问题的解中得到，反之亦然。 - For a typical assembly stress problem, digital simulation is conducted by means of the hybrid method with different numerical calculation methods.
针对一个典型的装配应力问题，运用不同的数值计算方法，对混合求解法进行了数值模拟。 - In addition, the mechanism of mantle uplift is also discussed and the effect of uplift is considered in plane stress problem.
文中讨论了地幔隆起的两种主要力学作用，并尝试把垂直作用的效果反映在平面问题的模拟中。 - Considering gravitationally the groundwater distribution, the finite element analysis of ANSYS software is used to simplify the 32 ° slope and bulkhead dam into a planar stress problem to analyze stress and displacement field.
在自重荷载的情况下考虑地下水的组合，用ANSYS有限元分析软件对32°边坡和挡土坝进行了简化为平面应变问题的应力和位移场的分析。 - This paper aims to apply this analytic method in plane couple stress problem.
本文目的在于把这种解析方法应用到平面偶应力问题的求解。 - An analogy method to solve thermal stress problem and lateral bending problem in ortho-anisotropic mediums is presented in this paper.
介绍一种用于求解正交各向异性介质中平面热应力问题与横向板弯问题的比拟方法。 - An analysis for axisymmetric plane stress problem and its application to sheet metal forming process
轴对称平面应力问题的塑性解及其在板料冲压中的应用 - A shakedown analysis of wheel-rail contact stress problem
轮轨接触应力问题的安定性分析 - Endochronic plasticity based on non-yield surface is deduced into the displacement-based finite element method and the plastic strain direct method is proposed for the plane stress problem.
介绍了位移基有限元方法，并在位移基有限元中嵌入了无屈服面内时本构理论，并提出了相应于平面应力问题的直接代入法。 - FEM and model experiments are effective means for solving stress problem of steel penstock in orthogonal anisotropic rocks.
有限元法和模型试验是解决该问题的有效途径。 - The FEM ( finite element method) is a common numerical analysis method, and it is the most reliable and effective method of studying the stress problem of complex construction.
有限元法是一种通用的数值分析方法，是目前研究复杂结构受力问题最为可靠和有效的手段。 - Results improve that in micro scale the couple stress effect should not be neglect, and symplectic method is effective and advantageous to handle with plane couple stress problem in rectangle field.
本文将辛方法成功应用于矩形域平面偶应力问题的求解，为这一类问题提供了一条崭新的解决途径。算例结果也很好地证明了辛方法的有效性和优越性。 - We adopt five nodes difference method to solve thermal stress problem and thermal buckling problem, because this method is more precise.
在平面温度应力问题和热屈曲问题的计算中，采用了精度更高的五节点差分法来进行计算。 - New concept and new techniques for solving the thermal stress problem in the heightening of concrete gravity dam
解决重力坝加高时温度应力的新思路和技术 - In this paper the applications of diamond material to MCM to improve thermal characteristics and thermal stress problem are studied.
本文研究了金刚石材料在多芯片组件中热特性改善和热应力问题。 - The Analogy Solution of Thermal Stress Problem and Lateral Bending problem in Ortho-anisotropic Mediums
正交各向异性介质中热应力问题与横向弯曲问题的比拟 - First, the paper deduces the formulas of plate plane stress problem and plate bending problem, and studies the method of region coupling of above two problems using the region division technique.
首先推导了薄板面内问题和弯曲问题静态特性的边界元解析公式，并应用区域划分法研究了薄板面内问题和弯曲问题的区域耦合的边界元解析方法。 - In the paper, the transient thermal stress problem of a flat plate with a crack is analyzed and the stress intensity factor at the crack tip is determined.
分析了有裂纹平板的瞬间热应力，并确定裂纹尖端的应力强度因子。 - In this paper, the state equation of bending for a two-end built-in beam is established from basic equations of plane stress problem by introducing a unit pulse function and Dirac's function. An analytical solution is given.
引入单位脉冲函数和Dirac函数之后，从平面应力基本方程出发，建立了两端固支深梁静力问题的状态方程，还给出了问题的解析解。 - The model was regressed from the data obtained by calculations as plane stress problem.
由按平面应力问题算出的数据回归出了计算抗挤强度的模型，用于套管强度校核。 - In view of this, this paper broke through traditional stress management idea, based on the situational leadership theory studied work stress, analyzed work stress problem In terms of matching of managers leadership and employee development stage.
有鉴于此，本文突破传统压力管理理念，基于情境领导理论对员工工作压力进行研究，从管理者领导方式与员工发展阶段的匹配这一角度分析工作压力问题。