Measurement of tiny-size clearance based on CCD image measurement;
基于CCD图像检测的微间隙精密测量系统
Study of computer control system of reverse roll coating clearance;
逆转辊涂布间隙的计算机控制系统研究
Study on the Dynamics of Rigid Multibody with Clearance of Virtual Axis Hybrid Polishing Machine Tool;
虚拟轴混联研抛机床含间隙多刚体动力学研究
Influence of gap on stud penetration welding process and its countermeasures;
间隙对栓钉穿透焊过程的影响及其对策
Study on vision measurement system for gap of welding joint and torch position;
接头间隙及焊枪位置偏差视觉检测系统研究
Influence mechanism of feeding servosystem with gap nonlinearity on profile machining errors;
具有间隙非线性的伺服进给系统对轮廓加工误差的影响机理
Analysis of torsional vibration on rougher of rolling mill considering the backlash;
考虑间隙时粗轧机主传动扭振分析
The Backlash Adjustment Moment Analysis on Double Cycloid no Backlash Steel Backlash Steel Ball Trausmlssion;
双摆线无隙钢球传动间隙调节力矩分析
Identification of Nonlinear Systems With Backlash Characteristics;
一种具有间隙特性的非线性系统的辨识方法
Contact-impact model and its discrete schemes for revolute pairs with small clearances;
微小间隙转动副的接触碰撞模型及离散算法
Based on the theory of contact dynamics,the dynamic model with clearances of sizing press roll was established using the method of numerical simulation.
基于接触动力学的理论,利用数值模拟的手段建立了调宽机含间隙的动力学数学模型,采用定步长四阶Runge-Kutta数值积分的方法,详细研究了运动副内间隙对接触力的影响规律。
Based on the classical clearances description of Newton-Euler and two state motions,this paper developed a new theory of creating the complex models of mechanism clearances.
基于牛顿欧拉方程和二状态运动的机构间隙模型,提出了一种建立机构间隙复合模型的新方法。
Simultaneously cutting the punch and matrix and interval calculation;
线切割一次成形凹凸模及间隙计算
In order to reduce the difference of stress level of sabot dedendum surface remarkably and the stress of dangerous dedendum surface greatly,interval meshing technology was applied to the composite sabot of high power armor piercing projectiles.
为有效地降低复合材料弹托发射过程中齿根面应力水平的差异,将啮合间隙技术应用于大威力穿甲弹的复合材料弹托上,给出了间隙啮合技术应用的一般步骤和方法。
Several questions in the project which is used of the interval meshing technology has been analysed in this pa- per.
文中分析了间隙啮合技术在工程应用中的几个问题,即弹托外形对弹托齿根面的应力的影响和推力面位置对啮合间隙分布方式的影响,文中所做的工作丰富和完善了间隙啮合技术,解决了间隙啮合技术在工程应用中的一些技术问题,所得结果对工程应用具有指导意义。