高弹性橡胶合金联轴器静态扭转特性仿真分析

Simulation Analysis of Static Torsional Characteristic of High-elastic Rubber Alloy Coupling

弹性体是高弹性联轴器的关键部位,它的结构、材料和制造工艺直接决定了高弹性联轴器的工作性能。通过实验测定了高弹性橡胶合金联轴器弹性体Mooney-Rivlin模型力学性能常数,并以此为依据,利用ABAQUS软件对该联轴器的静态扭转特性进行了仿真分析,分析结果表明高弹性橡胶合金联轴器能有效克服现有联轴器的各种不足之处,在结构设计、材料选用和制造工艺方面都有较大的创新价值。所述研究方法在实际应用中也有一定的借鉴意义。

Elastomer is a key component of high-elastic coupling,and the operating performance of high-elastic coupling is directly determined by its structure,materials and manufacturing processes.The mechanical property constant of the elastomer Mooney-Rivlin model of the high-elastic rubber alloy coupling is determined by experiments,moreover,the static torsional characteristic of the coupling are simulated and analyzed by using ABAQUS.The results of analysis show that the high-elastic rubber alloy coupling can overcome the existing shortcomings of current various couplings.It has a greater value of innovation in structural design,material selection and manufacturing processes.The methods are also practical in other applications.