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An expert system prototype for fibre-reinforced plastic matrix (FRP) composite material design, ESFRP, has been developed. The system consists of seven main functional parts: a general inference engine, a set of knowledge bases, a material properties algorithm base, an explanation engine, various data bases, several function models and the user interface. The ESFRP can simulate human experts to make design scheme for fibre-reinforced plastics design, FRP layered plates design and FRP typical engineering components design. It can also predict the material properties and make strength analysis according to the micro and macro mechanics of composite materials. A satisfied result can be gained through the reiterative design.
An expert system prototype for fiber-reinforced plastic matrix (FRP) composite material design, ESFRP, has been developed. The system consists of seven general functional parts: a general inference engine, a set of knowledge bases, a material properties algorithm base, an explanation engine, various data bases, several function models and the user interface. The ESFRP can simulate human experts to make design schemes for fiber-reinforced plastics design, FRP layered plates design and FRP typical engineering components design. and make strength analysis according to the micro and macro mechanics of composite materials. A satisfied result can be gained through the reiterative design.