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.