DEVELOPMENT OF GRAPHENE-BASED CARBON COMPOSITE MATERIALS FOR STRUCTURAL ELEMENTS OF AIRCRAFT
Keywords:
graphene, carbon fiber, composite material, aviation, nanocomposite, structural element, polymer matrix, mechanical strength.Abstract
This article analyzes the scientific and technological foundations for developing graphene-based carbon composite materials for structural elements of aircraft. The physical and mechanical properties of graphene, its interaction with carbon fibers, and the efficiency of its application in the aviation industry are investigated. Experimental results on the mechanical strength, thermal
conductivity, and operational durability of graphene-enhanced composite materials are presented. Based on the obtained results, the possibilities of reducing aircraft weight and improving fuel efficiency are substantiated.
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