Tailored Behavior of Polymer Matrix Composite Materials

Abstract

Different types of composite materials are becoming an unavoidable part of our lives, as these materials are used for a variety of applications. A better understanding of the different properties of composites is very useful in their targeted applications, and therefore the description of composite materials by different techniques plays a major role in the development of durable and high quality composite products. several kinds of materials such as artificial fibers, elastomers, plastics, and polymer composites have been developed using polymers, and these materials are being tailored frequently to meet the desired industrial applications. Polymers have even replaced traditional metals and glass-based materials for a number of applications due to their ease of processing, inexpensive, and accessibility. recent advances have brought many new and exciting composites into existence. altogether, tailored behavior theory shows us how can to achieve more valuable and practical results by changing some properties of polymer composites. Polymer matrix composites are appealing because are lighter, stronger, and stiffer than the unreinforced polymers or conventional metals, with the additional advantage that their properties and form can be tailored to find the best of a specific application. The development in the commercial and feasible applications of composite materials has motivated researchers to create the next generation of composites. There are a variety of new fabrication methods, depending on the needs of the industry, that depending on the final product, additive special is used in the desired composition. This article is recent advances in the field of tailored polymer matrix composite materials. These materials have attracted both academic and industrial attention because they exhibit dramatic improvement in properties at very low filler contents. In this article, the characterizing of polymer-based composite materials such as their mechanical, thermo-physical, electrical, structural properties, potentials applications, additives are discussed.