Electromagnetic modeling and multi-field coupling simulation for conductive rubber embedded in shells

Abstract Our living environment and the battlefield witness an increase in electromagnetic energy density due to emergence of electronic electrical equipment, such as automobiles, communication devices, computers. To adapt improve compatibility conductive rubber is increasingly being used equipment. However, lack simulation parameters incomplete methods, current cannot meet needs supporting engineering applications. This paper presents test results for characteristics a material, develops model material based on data, verifies through experiments real working environment. Results show that valid.