接触力学

通过ANSYS的接触力学分析显示，ANSYS的分析结果与理论计算值相差2.23%，在许可范围之内，也验证了力学分析的正确性。

Through contact mechanics analysis by ANSYS showed that , ANSYS analysis and theoretical calculation values differ 2.23 % which is in the permission range , it also proves the correctness of the mechanical analysis of this paper .

基于经典接触力学的基本结论和Rowe的修正粘着磨损理论，建立了磨合磨损的分形预测模型；

Based on the basic principle of classical contact mechanics and Rowe 's modified adhesion theory , a fractal prediction model of running-in wear is developed .

Q角对髌股关节接触力学的影响

The Effects of Q - angles on the Contact Biomechanics of Patellofemoral Joint

运用接触力学和圆环压溃强度理论对由V型槽固定的光子晶体光纤进行了受力分析。

A mechanics of contact and radial crushing strength are used to analyze the force properties of the photonic crystal fiber which is placed in the V-groove .

基于这种机理，应用微观接触力学和磨粒粒度分布理论建立了一种新的表征CMP过程材料去除速率的数学模型。

Based on this mechanism , a new mathematical model characterizing the material removal rate in CMP process was developed by using micro-contact mechanics and particle size distribution theory .

对于颗粒碰撞动力学，介绍线性、Hertz、DMT及BD等静态（或准静态）接触力学模型。

In the respect of particle collision dynamics , several static / quasi-static contact mechanics models were introduced , which consist of linear , Hertz , DMT and BD models .

仍然运用相关接触力学理论，对一种被切割小部分的非整形PDC与岩石之间各接触面的接触压力进行分析，并将分析结果与整形PDC的接触压力计算公式进行对比。

So the contact pressure of the contact surface between a small part cutting PDC and rock was analyzed still by the relevant contact mechanics theory , and the results were compared with shaping PDC contact pressure formula .

论述了无涂层弹性半空间体的有限元分析结果与经典的Hertz接触力学解析解结果的一致性，计算结果有助于工程中陶瓷涂层的设计与应用。

Subject to the confidence of FEM calculations has been demonstrated by the Hertz contact solution without coating , the results can be used to help design and reliability application of ceramic coating in engineering .

完成了齿轮接触力学分析软件的开发。

Accomplished the exploiture of gear contacting stress analysis system software .

装配式衬砌接头的接触力学模型研究

A Study on the Contact Mechanics Model of Fabricated Lining Connections

人体关节接触力学、摩擦学与假体材料

Contact mechanics , tribology and prosthesis materials of the articular joints

二维多粗糙峰涂层表面的弹塑性接触力学分析

Mechanic Analysis of Two-dimensional Elasto-plastic Contact with Multi-asperity Coating Surfaces

采用接触力学模型分析了边坡的滑动过程。

Contact mechanics model is used to analyze the process of landslides .

轮轨滚动接触力学的发展

Development of rolling contact mechanics of wheel / rail systems

因而，功能梯度材料的接触力学成为了一个重要的研究课题。

Therefore , the contact mechanics of FGM becomes a significant research topic .

回转窑轴向下滑的接触力学问题

Contact Mechanics Problems of Rotary Kiln 'S Axis Movement

基于计算接触力学的磨损仿真分析

The Simulation of Wear Analysis on Computation Contact Mechanics

非线性接触力学模型在地基-基础相互作用弹性分析中的应用

Elastic analysis for soil-foundation interaction by using a nonlinear contact force element model

典型滑坡危险性的接触力学预测模型

Contact mechanics model for risk predication of typical landslides

钢丝微动磨损过程中的接触力学问题研究

Research on the contact mechanisms in the process of fretting wear between steel wires

表面工程系统接触力学模型

Contact Mechanics Modelling of Surface Engineered Systems

轮轨接触力学的最新发展

The Latest Development of Wheel-Rail Contact Mechanics

文章分析了牙轮钻头滑动轴承接触力学性质的影响因素。

This paper analyses the factors that affect the contact stress of rock bit journal bearing .

高面板堆石坝面板脱空问题的接触力学分析

Contact analysis of separation between concrete slab and cushion layer in high concrete face rock-fill dam

并将接触力学弹性滑动公式与前苏联学者的弹性滑动理论公式进行了比较，认为接触力学弹性滑动公式更合乎回转窑轴向下滑运动规律。

Comparing to the Elastic Movement Theory , the formula is more suitable to the regulation .

接触力学的发展概况

On the advances of contact mechanics

接触力学及其计算方法

Contact Mechanics and Computational Methods

目的研究楔状缺损牙牙合接触力学特征及其与楔状缺损牙临床状况的关系，探讨牙楔状缺损形成的原因。

Objective Study the occlusal force of wedge shaped teeth defect and its relation with the clinical condition .

硬盘磁头悬架窝点与舌尖的微动接触力学分析及仿真研究

Contact Analysis and Simulation of the Fretting of Dimple and Tongue Interface for a Hard Disk Drive Suspension

在岩石力学中，摩擦的研究是非常重要的，并逐渐形成了与岩石有关的表面接触力学。

It is important of friction te in rock mechanics , and formatting a mechanics course about contact surface .