Host: Japanese Society for the Science of Design
This paper describes a mechanical property of ramie fiber and epoxy resin composite material. The physical performance of ramie fiber as a filler is clarified by conducting experiment about the relationship between the content, length, distribution angle. Through experiments, it is confirmed that the tensile strength of composite materials is affected by the content, length, and distribution angle of ramie fibers. It is expected that ramie fiber epoxy resin composites will be used in the design field to enhance the utility value of plastic products. Moreover, this results to contribute to solve design problems of scenarios that cannot be achieved with a single material.
