Constitutive relation expansion of large load metal rubber engine mount stress bivariate function relationship using the strain and strain rate

Stiffness Constitutive Characteristics of Elastic Disordered Microporous Metal Rubber Considering Temperature Effects

“…[2][3][4] This positions EDMMR as a material with vast potential in sectors including high-end equipment research, aerospace engineering, and deep-sea exploration, among others. [5][6][7][8] Furthermore, it is instrumental in crafting high-temperature seals, vibration and noise control components, structural shock absorbers, dampers, explosion-proof safety valves, and other avant-garde products. [9][10][11] The everevolving landscape of science and technology foresees a broader spectrum of applications for EDMMR materials, promising extended utilization across various fields.EDMMR, with its unique mesh-like structure and material properties, exhibits a significant temperature dependence, resulting in changes in its constitutive relationship and strength when subjected to temperature loading.…”