논문 상세보기
pp.1195-1200
The panels of the elevator are made of stainless steel and steel-based materials that are often used. When the elevator moves in an up and down motion, or when the door is opened or closed noise and vibration of the panel occurs. Therefore, in this study, we have studied the optimal design of the elevator car door to make the best design criteria to ensure the price competitiveness in accordance with new technical standards, by using the Catia stress analysis software, we have performed theoretical strength analysis and by carrying out test according to technical standards, we have acquired the experimental data and it has been analyzed. The results of this study are shown that the permanent deformation, the elastic deformation, and the safety performance of the car door are appropriate through the analysis of test results, and design factors meeting appraisal standards of the national technical standard have been obtained
1. 서론
2. 연구 개발 목표
3. 개발 내용 및 방법
4. 연구개발 결과
4.1 3D 모델링 및 해석 조건
4.2 이론적 강도 해석
4.3 실험 및 비교 검증
4.4 인자 변경을 통한 최적설계
5. 결론
References
