摘要
汽车轮胎的力学特性是优化轮胎设计,提高轮胎性能的重要依据。然而汽车轮胎的行驶条件的复杂多变,给轮胎的力学特性的掌握和计算带来不少困难。将ADAMS应用于汽车轮胎的动力学研究,可以利用软件来模拟汽车轮胎的各种行驶条件,并利用数学模型计算出汽车轮胎在各工况下的力学特性参数。通过这一过程,工程技术人员可以减少汽车轮胎设计过程中试制试验的轮次,从而达到降低轮胎试验成本,并优化轮胎设计的目的。
The mechanical properties of the tire are an important basis to optimize tire design and improve tire performance.However,the driving conditions of tires are complex and changeable,which makes it hard to master the tires＇ mechanical characteristics.Using ADAMS can simulate a variety of driving conditions of the tire,and then calculate the mechanical parameters of automobile tires through mathematical model in all conditions.Through this process,the technical personnel can reduce the trial round of tests in the design process of tires,which can reduce the cost of tire test,and optimize tire design purpose.el can make corresponding adjustments to tire design,and thus improve and optimize the vehicle.
出处
《装备制造技术》
2012年第4期16-18,共3页
Equipment Manufacturing Technology
