Study on the static model of composite metal rubber
YU Huijie
HOU Weiping
CHEN Cheng
NI Weiyu
Abstract：A theoretical model of composite metal rubber(C-MR)was established on the basis of static mechanical test.A novel preparation process was used to prepare C-MR,which was subjected to static mechanical tests.The mechanical model of C-MR was established by combining the static mechanical models of wove-metal rubber(W-MR)and tangled-metal rubber(T-MR),and the effects of different knitting and winding ratios on the mechanical properties of C-MR were investigated.The comparison between the test data and the theoretical model shows that the theoretical model can predict the mechanical properties of C-MR effectively.The results show that the knitting and winding ratio has a significant effect on the mechanical properties of C-MR,and the larger the knitting and winding ratio is,the larger the stiffness and damping properties of C-MR are.The conclusion can provide a theoretical support for the preparation and application of C-MR.
Keywords：Composite metal rubberStatic mechanical testMechanical propertyMechanical model
Publication Date：2025-07-15
Online Publishing Date：2026-09-12(First online date of this platform, not the publication date of the document)
Pages：7( 152-158 )