蜗杆传动

蜗杆传动的多目标模糊优化及Matlab算法实现

Multi-objective Fuzzy Optimization and Matlab Algorithm of Worm Drive

开展Q-TI蜗杆传动的三维造型研究。

3D modeling study of Q-TI worm drive is developed .

基于CAD技术的环面蜗杆传动的啮合分析

Meshing Analysis on Worm Gearings Based on CAD Technique

基于虚拟样机的蜗杆传动机构3D建模与动力学仿真技术

Research on 3D Modeling and Dynamics Simulation of Worm Driving Based on Virtual Prototyping Technology

TI蜗杆传动参数化造型与齿面接触分析

Parametric Modeling and Tooth Contact Analysis of TI Worm Gear Drive

存在装配误差时TI蜗杆传动接触分析

Contact Analysis for TI Worm Drive when Including Assembly Errors

TI蜗杆传动齿面接触误差的计算与分析

The error calculation and analysis for tooth contact of TI worm drive

基于MATLAB的搅拌机蜗杆传动的优化设计

Optimal worm transmission design based on MATLAB

存在加工误差时TI蜗杆传动一次包络啮合方程

First-Meshing Equations of TI Worm Drive with Processing Errors

设计参数对一包TI蜗杆传动啮合性能的影响

Effects of Design Parameters on Meshing Performance of Single Enveloping TI Worm Gearing

蜗杆传动三维优化设计CAD系统的研究与实现

The Study and Realization of CAD System of Optimum Model for Worm Drive Based on Three-dimension Software

基于VISUALLISP和VBA的蜗杆传动CAD系统开发

Development of Worm-gearing CAD System Based on Visual LISP and VBA

边界条件和螺旋角对TI蜗杆传动啮合性能的影响

Effects of Boundary Condition and Helix Angle on Meshing Performance of TI Worm Gearing

VISUALLISP环境下蜗杆传动CAD系统的开发

Development of Worm-Gearing CAD System in Visual LISP

根据包络次数它可以分为一次包络TI蜗杆传动和二次包络TI蜗杆传动。

There are single enveloping TI worm gearing and double enveloping TI worm gearing according to enveloping times .

基于ANSYS的ZA蜗杆传动有限元分析

ZA Worm Drive Finite Element Analysis Based on ANSYS

在一次包络TI蜗杆传动中，蜗轮是一个普通的渐开线斜齿圆柱齿轮，蜗杆则是由渐开线斜齿圆柱齿轮包络而成的。

In single enveloping TI worm gearing , worm wheel is involute helical gear while worm is generated by worm wheel .

采用Matlab语言为工具，分析了端面传动蜗轮副的数学模型，并将其看作阿基米德锥蜗杆传动的特例，编制出它的CAD程序。

In this paper the mathematic model of the side-worm gears with the computer language MATLAB is presented , and its CAD program is given .

TI蜗杆传动，全称渐开面包络环面蜗杆传动，由渐开线斜齿圆柱齿轮及其包络的环面蜗杆组成。

TI worm gearing , namely toroidal involute worm gearing , consists of involute helical gear and hourglass worm enveloped by the gear .

为了计算瞬时接触线，建立了存在加工误差时一次包络TI蜗杆传动的啮合方程。

In order to calculate the position of the contact line , the first-meshing equations of TI worm drive with processing errors are established .

本文以造型软件PRO/E为工具，完成了TI蜗杆传动中蜗轮（斜齿轮）的精确三维造型，采用间接造型的方法实现了TI蜗杆的三维建模。

Base on the modeling soft of PRO / E , the methods of accurate modeling for gear and indirect modeling for TI worm are described .

针对TI蜗杆传动副，研究的结论如下：分析TI蜗杆传动的数学模型，在ANSYS的环境下建立TI蜗杆传动的有限元模型。

The research contents are as follows : Do some studies on the mathematic model of TI worm gearing and finite element model under the environment of ANSYS .

ZC1蜗杆传动可控修形研究

Research on the controllable modification of zc_1 worm drive

从接触线和啮合界限线的角度对二次包络TI蜗杆传动进行了接触性能分析。

From the point of view of the contact line and the meshing limit line , the contact performance of double enveloping TI ( Torioidal Involute ) worm gearing is analysed .

在加工允许的范围内，螺旋角取较大的数值，能够较好地改善啮合性能，从而发挥二次包络TI蜗杆传动的优势。

Within the range of machining , if the helix angle adopts a bigger value , it may improve the meshing performance and develop the advantages of double enveloping TI worm gearing .

本文提出了ZC1蜗杆传动可控修形的理论和方法。

This paper gives the theory and method of the controllable modification of ZC_1 worm drive .

ZC1蜗杆传动优化设计

Optimization design of zc_1 worm drive

分析结果表明在TI蜗杆传动中接触表面有合理的载荷分布，可以承受较大的载荷，是一种很有前途的传动方式。

The FEA result indicates that in TI worm gearing , there is appropriate stress distribution on contact surfaces . It can be used under burden so it is a kind of promising gearings .

蜗杆传动是机械传动的重要组成部分，介绍了用VBA编程开发基于AutoCAD的蜗杆传动CAD系统的方法。

The worm-transmission is an important transmission type of mechanic transmission . The developing method of the worm-transmission CAD system basded on AutoCAD which is used VBA as the developing tool is introduced .

采用CAD三维造型技术与数值计算相结合的方法计算分析了各种加工误差及装配误差对TI蜗杆传动齿面接触的影响。

The method with the CAD three-dimensional molding technique and the numerical calculation is used in analysis and calculation for the processing errors and the installation errors influencing on the tooth flanks meshing contact of TI worm drive .