선형해석을 이용한 복합재료 기계적 체결부의 강도평가에 관한 연구

A study on the strength of mechanically fastened composite joint using the linear analysis

초록

With the wide application of fiber-reinforced composite material in aero-structures and mechanical parts, the design of composite joint have become a very important research area because they are often the weakest areas in composite structures. In this paper, the linear finite element analyses in which the pin of the composite joint was assumed to be the frictionless rigid body were performed and predict the strength of the mechanically fastened composite joint using the failure area index method. By the failure area index method, the strength of the mechanically fastened composite joint which has the specimen of different shape, hole size and stacking sequence could be predicted within 12.2%.

키워드

Mechanical Joint(기계적 체결); Joint Strength(체결부 강도); Failure Area Index Method(파괴면적지수법); Linear Finite Element Analysis(선형 유한요소해석); Mechanical Joint(기계적 체결); Joint Strength(체결부 강도); Failure Area Index Method(파괴면적지수법); Linear Finite Element Analysis(선형 유한요소해석)
제목
선형해석을 이용한 복합재료 기계적 체결부의 강도평가에 관한 연구
제목 (타언어)
A study on the strength of mechanically fastened composite joint using the linear analysis
저자
전영준; 최진호; 권진회; 이상찬
발행일
2004-09
저널명
한국항공우주학회지
권
32
호
9
페이지
49 ~ 56