誘電性エラストマーの力学特性および粘弾性

抄録

The purpose of this research is to evaluate the mechanical properties and viscoelasticity of a new silicone elastomer (DE) by using mechanical testing machine and rheometer. It was found that both the tensile strength and fracture strain of silicone elastomer increase with an increase in displacement rate. According to the cyclic hysteretic loop, the dissipation energy of silicone elastomer was lower than that of acrylic elastomer. Furthermore, with an increase in frequency increasing, the loss tangent of silicone elastomer is lower than that of acrylic elastomer.