보트에 적용되는 하이브리드 복합재에 대한 기계적 특성 연구

Abstract

Abstract Recently, Application of composite materials are increased in transport area for weight reduction. Also, Relatedtechnical developments have been implemented actively at domestic and abroad. In particular, The carbon fiber has high strength and ultra light property higher than stainless steel, aluminum, GFRP as Eco-friendly material. Carbon fiber contribute to improving the environmental effect such as fuel saving, expansion of loadage, reducing the exhaustion of carbon dioxide through the weight reduction of transport area. In addition, The carbon fiber is applied to the ship in the area of race yacht, luxury cruise boat as weight reduction and high added-value materials, but there is limited application for general boat because price of carbon fiber is very expensive. For the weight reduction of general boat hull, being used as structure materials, glass fiber and carbon fiber are applied to hull with form of hybrid composite materials, but application of domestic and research for development are incomlete. In this study, An evaluations of mechanical strength property andfatigue strength are performed on composite materials by hybrid weaving of glass fiber and carbon fiber and composite materials forming method by hybrid forming.Key Words : Fiber reinforced plastics(FRP), Carbon fiber, Glass fiber, Hybrid fiber Vacuum infusion processISSN 2466-2232Online ISSN 2466-2100