목차

Abstract ·········································································· i
Contents ········································································· ii
List of Figures ······························································· iv
List of Tables ································································ v
1. 서론 ············································································· 1
1.1 연구 배경 ······························································· 1
1.2 연구 개요 ······························································· 4
2. 가변 곡률 구조의 설계 ············································· 5
2.1 구조 및 작동 방법 ················································ 5
2.2 초기 구조의 문제점 ·············································· 6
3. 모순해석을 통한 설계 개선 ····································· 8
3.1 기술적 모순 해석··················································· 8
3.2 모순 해석을 통한 설계 개선 ······························ 10
4. 실험계획법을 통한 최적화 ···································· 17
4.1 주요 해결 과제 ····················································· 17
4.2 설계 변수 선정 ····················································· 19
4.3 평탄도 분석 ··························································· 23
4.4 1차 최적화 ····························································· 28
4.5 반응 표면법을 이용한 추가 최적화 ··················· 30
5. CAE를 통한 추가 검증 ············································· 33
5.1 유한 요소 모델 생성 ············································ 33
5.2 유한 요소 해석 ······················································ 36
5.3 해석 결과 ······························································· 40
6. 결론 ············································································· 41
7. 참고문헌 ····································································· 42