动接触,dynamic contact
1)dynamic contact动接触
1.In this paper, the dynamic contact problem resulted from the contraction joints is simulated by the non-smooth equation method combined with the consideration of the balance of momentum and kinetic energy at the impact time.通过采用非光滑方程组方法以及考虑碰撞时刻动量、动能守恒来模拟横缝所引起的动接触问题,同时为了提高计算效率,采用隐-显式积分方法对坝-基系统的动力平衡方程进行求解。
2.The dynamic contact problem is a new subject in contact mechanics for tires.实心轮胎动接触问题是轮胎力学领域里的新课题 ,本文提出了Lagrangian乘子与对称罚函数法的结合算法 ,并以某履带车辆实心轮胎为例 ,应用该方法对其进行了动接触的有限元力学分析 ,获得了实心轮胎稳态滚动的应力场及接触变形情况。
3.This paper aims to review systematically the theory and numerical methods fordynamic contact problems over the recent twenty years.本文试图对近二十年来,动接触问题的理论及数值计算方法进行全面系统地总结。
英文短句/例句

1.travelling contact动接触, 活动触点
2.differential contact-type air plug gauge差动接触式气动塞规
3.converter, vibrating contact, electric振动接触换流器,电动的
4.(5) the impulse model, the dynamic contact model, the initialdisplacement model, ect.(3)接触单元法:(4)动接触力法:(5)冲量模型,动接触模型,初始位移法等。
5.rocking-contact speed regulator振动接触式速度调节器
6.wipe contact type distributor滑动接触点式分电器
7.Influence of rolling contact fatigue loads on stress intensity coefficients of rail surface contact fatigue crack滚动接触疲劳载荷对铁轨表面接触疲劳裂纹应力强度系数的影响
8.non-contact vibration monitor不接触式振动监测器
9.k-and-wiper switch触排和接帚开关;触排及弧刷转接器;双动选择器
10.A movable electrical contact, as in a rheostat.接触电刷变阻器等内部的活动电接触器
11.Meshing Analysis of a Face-gear Drive with a Spur Pinion Considering Tooth Edge Contact考虑边缘接触直齿面齿轮传动承载接触分析
12.The Meshing of Face-gear Drive with Spur Pinion Considering Tooth Edge Contact考虑边缘接触直齿面齿轮传动轮齿接触分析
13.An electrical contact, especially one in the distributor of an automobile engine.接触点电触点,尤其是汽车发动机的配电器上的接触点
14.Technology of Fuzzy Comprehensive Evaluation of the Dynamic Characteristics of AC Contactor;交流接触器触头动态响应的模糊综合评判技术
15.Study on Contact of the Dynamic Response of Collision Contactor;迎击式接触器触头动态响应模型的研究
16.Study on the Dynamic Response of Contacts of Collision Type Contactors Based on PRO/E;基于PRO/E的迎击式接触器触头动态响应的研究
17.Contact Dynamic Simulation for Counterpunch Type AC Contactor Based on ADAMS基于ADAMS的迎击式交流接触器触头动态仿真
18.A novel mems shock switch with movable contact point to prolong contact time通过可动触点延长接触时间的新型微冲击开关
相关短句/例句

moving contact移动接触
1.Solving two dimensional moving contact problems with a hole near the contact interface using the boundary element method;应用边界元法解决接触界面附近带有孔洞的2维移动接触问题
2.A double iterative BEM for solving 2D closed crack loaded by a moving contact elastic body;移动接触下求解二维闭合裂纹的双重迭代边界元法
3.A scheme of boundary element method for moving contact of 3D elastic solids with prescribed moving direction using conforming discretization is presented.基于对二维弹性体移动和滚动接触边界元法的前期研究,将其中的协调离散方案推广到三维问题,提出了针对给定移动方向的三维弹性体移动接触的一种边界元协调离散方案。
3)sliding contact滑动接触
1.Finite element analysis of head/disk continuous sliding contact was performed to investigate temperature field and thermal stress field due to frictional heat using an axisymmetric thermal model.采用二维轴对称有限元模型计算磁头/磁盘滑动接触下,铝质磁盘的稳态温度和热应力场以及热退磁临界条件。
2.In order to develop the critical operating conditions for demagnetization of the disk,a coupled temperature-displacement finite element analysis of a slider sliding contact with a textured disk surface was performed,so as to investigate simultaneously the stress and temperature distributions in the magnetic layer.采用应力场和温度场耦合的有限元方法,计算磁头/磁盘滑动接触下铝基磁盘磁层内瞬态温度场和应力场及退磁临界条件,分析接触压力、滑动速度、摩擦系数以及磁盘表面纹理对磁层内最大摩擦温升值和最大应力值的影响。
3.Also the stess distribution problem in the half space with gradient layers coating is considered and compared with the homogeneous half space and half space with single layer coating under same sliding contact load and in plastic deformation condition.对粗糙面在梯度表面层上的滑动过程进行应力分布研究 ,以模拟实际摩擦过程中 ,考虑塑性变形情况下 ,梯度覆层体中的应力分布规律 ,同时与均质体及单覆层体进行比较研究 ,分析了在表面载荷相同时滑动接触的应力分布。
4)Fretting contact微动接触
1.The stress distributions on the radial and translation fretting contact regions between halfcylinder and plate are studied in detail by the finite element methods.采用有限元方法,分析了半圆柱与平板间径向微动接触区和切向微动接触区内的应力分布。
5)Rolling contact滚动接触
1.Numerical calculation of finite element of 3D multi-body rolling contact of supporting parts of rotary kiln;回转窑支承组件三维多体滚动接触有限元数值计算
2.Elastic-plastic stress,strain and deformation for wheel-rail rolling contact under the non-steady state locomotive and vehicle wheel loading were simulated by finite element method with consideration of material ratcheting effect and effect of partial slip.利用有限元法,考虑材料反复滚压条件下棘轮效应和局部滑动的影响,研究了非稳态机车和车辆车轮载荷作用下轮轨滚动接触的弹塑性应力、应变和变形,进而分析了塑性流动型钢轨波浪形磨损的形成和发展过程以及波谷和波峰处材料的力学行为。
6)dynamic contact动态接触
1.Non-Uniform Rational B-Spline (NURBS) is used to describe the curves of die cavity in this paper, and the treatment of the dynamic contact boundary between a workpiece and its die is emphatically researched.采用非均匀有理B样条(NURBS)方法描述模具型腔曲线,系统地分析了基于NURBS法的工件与模具动态接触过程的变化机制,并提出了相关算法。
2.In numerical simulation of the drawing process of plate material, in order to get reliable calculation results, the dynamic contact of the plate material with the die need to be simulated accurately.在对板料拉伸成形过程进行数值模拟时 ,为获得可信的计算结果 ,需要准确地模拟出模具与板料之间的动态接触。
3.②The dynamic contact analysis for curve-tooth bevel gear and hypoid gear is carr②用有限元方法,对弧齿锥齿轮及准双曲面齿轮进行动态接触分析,得出齿轮啮合冲击激励及不同啮合位置齿面动态应力分布。
延伸阅读

因水火风动故地动【因水火风动故地动】  经云:此阎浮提地,南北阔二万一千由旬,东西阔七千由旬,厚六万八千由旬。地下有水,厚八万四千由旬。水下有火,厚八万四千由旬。火下有风,厚六万八千由旬。风下有金刚轮,过去诸佛舍利,咸在其中。或有时大风忽动,火亦随动。火既动已,水复随动。水既动已,地即随动。故云因水火风动故地动。(梵语阎浮提,华言胜金洲。梵语由旬,华言限量,或四十里,或六十、八十里也。)