A review on the mechanical property evaluation and optimization design of fabric rubber composite structure

Abstract

Fabric rubber composite structure is a composite structure with rubber as the matrix and fiber as the reinforcement, which is widely used in high-end equipment due to its excellent mechanical property and sealing performance. The mechanical property, multiscale analysis techniques and optimization design methods of fabric rubber composite structure in a complex service environment are the focuses of current research and application fields. This article will systematically review the research progresses in the mechanical property evaluation and optimization design of fabric rubber composite structure in recent years from the aspects of theory, experiment, simulation, etc. This will deepen the understanding of the design concepts of fabric rubber composite structure. It has important scientific guiding significance for the innovative design of fabric rubber composite structure.