차체충돌해석을 위한 자동화시스템개발에 관한 연구
A Study on Development of Automotive System for Vehicle Crash Analysis
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초록
Vehicle crash analysis a lot of time and manpower in preprocessing for analysis rather than analysisin analytical studies of the situation that is being committed. In this studies involving conflict with anexisting automation system of the body is mainly optimized for a particular field, and researchers thinkthat is an inconvenience that can be used in stone until a comprehensive analysis of the bodywork ofeach study. Therefore, it is very important to development of automotive system for vehicle crashanalysis, the research related studies were carried out. In this study, vehicle crash analysis is performedagainst that can be used for multiple and effectively utilized by system based meshing in an aim toreduce the time and resource that by developing an automotive system. The results of the study, it waspossible to construct an automated system the more time consuming mesh generation for vehicle crashanalysis.
Abstract
Vehicle crash analysis a lot of time and manpower in preprocessing for analysis rather than analysisin analytical studies of the situation that is being committed. In this studies involving conflict with anexisting automation system of the body is mainly optimized for a particular field, and researchers thinkthat is an inconvenience that can be used in stone until a comprehensive analysis of the bodywork ofeach study. Therefore, it is very important to development of automotive system for vehicle crashanalysis, the research related studies were carried out. In this study, vehicle crash analysis is performedagainst that can be used for multiple and effectively utilized by system based meshing in an aim toreduce the time and resource that by developing an automotive system. The results of the study, it waspossible to construct an automated system the more time consuming mesh generation for vehicle crashanalysis.
참고문헌 (10)
- T. Frank, "Numerical Simulation of Frontal Impact and Frontal Offset Collision", Cray channel, (winter) (1992)
- S. H. Park, "Development of Nonlinear Spring Element and Crashworthines Analysis of Vehicle Component", Journal of the KSAE, 6(3), pp.71~77 (1995)
- 김세호, "성형효과를 고려한 해석을 통한 차체 측면구조의 충돌 및 진동 성능평가", 한국자동차공학회 논문집, 16(5), pp.119~127 (2008), 한국자동차공학회
- I. S. Jang, "The Derivation of Simpl-ified Vehicle Body Stiffness Equation Using Collision Analysis", Journal of the KSAE, 8(4), pp.177~185 (2000)
- H. S. Kim, "Frontal Crashworthiness Analysis of Vehicle Using Simplified Structure Modelling", Journal of the KSAE, 8(2), pp.23~30 (1997)
- 김기주, "보론강을 이용한 리어 범퍼 임팩트빔의 경량 설계 및 해석", 한국자동차공학회 논문집, 20(2), pp.98~102 (2012), 한국자동차공학회
- 조휘창, "저속 후면 추돌시 목 상해 방지에 대한 시트 안전도 평가", 한국기계기술학회지, 16(4), pp.1625~1630 (2014), 한국기계기술학회
- 조호선, "알루미늄 폼이 적용된 자동차 임팩트 빔의 구조적 안전성 평가", 한국기계기술학회지, 15(4), pp.519~524 (2013), 한국기계기술학회
- Lim, J. M, "Consideration on the Crash Safety Regulations of the Hybrid Electric Vehicle", Spring Conference Proceedings, The Korean Society of Automotive Engineers, 3, pp.1507~1511 (2007)
- Kim, H. K., "Impact Analysis of Multi-purpose Vehicle Seat due to Luggage Intrusion", Spring Conference Proceeding, The Korean Society of Automotive Engineers, pp.7~13 (2004)