离子聚合物金属复合材料制备过程中的耦合问题研究及数学模型验证

Coupling Problem and Mathematical-model Verification in Preparation of Ionic Polymer Metal Composite

利用纯弯曲理论和不可逆热力学构建了离子聚合物金属复合材料表面处理中电场与力场的耦合模型,并对IPMC在力场与电场作用下的响应做了预测。结果表明,采用力学模型对表面处理后材料的力电耦合特性进行定量计算是可行的,其误差较小。

The coupling model of electric field and force field during the surface treatment of the ionic polymer metal composite （IPMC） was established by pure bending theory and irreversible thermodynamics, and the response of IPMC in electric field and force field was predicted. The results show that the quantitative calculation of force-electric coupling characteristic of the IPMC after surface treatment by mechanical model is feasible, and the error is also small.