Box형 차체의 하부구조를 소재대체 한 하이브리드형 차체의 경량화 설계 연구

A Study on Weight-reduction Design of a Hybrid Bodyshell Made by Substituting Underframe Material in a Box-type Carbody

초록

This paper studied on a theoretical approach to predict structural performances and weight -reduction rates of hybrid bodyshells in case that the material of underframe structure is substituted. To choose other light-weight materials to be substituted for the original underframe material, compressive, bending and twisting deformations are considered under constant stiffness and strength conditions, which derive some new weight-reduction indices from a structural performance point of view. Next, these weight-reduction indices were verified using the finite element analyses of some simplified examples. It is shown that the derived indices to estimate the weight-reduction can be utilized as a good criterion for material substitution of the underframe at a basic design stage.

키워드

Material substitution(소재대체)Weight reduction(경량화)Hybrid bodyshell(이종소재 차체 구조)Light-weight materials(경량화 소재)Underframe(하부구조)
제목
Box형 차체의 하부구조를 소재대체 한 하이브리드형 차체의 경량화 설계 연구
제목 (타언어)
A Study on Weight-reduction Design of a Hybrid Bodyshell Made by Substituting Underframe Material in a Box-type Carbody
저자
조정길구정서정현승
발행일
2011-05
저널명
한국자동차공학회 논문집
19
5
페이지
100 ~ 112