다목적함수 최적화를 이용한 PTL 시스템의 힌지 포인트 설계에 관한 연구

A smart vehicle represents an ASV(advanced safety vehicle) which can supplement limitations on sight and perception of driver and passenger with a basis of Active Vehicle Control Technology. Thus, it is necessary to develop an innovative technology which is able to increase the safety and convenience of existing vehicles. The thesis is a study to design PTL(Power Trunk Lid) System by Multi-Objective Optimization. It is analyzed by Taguchi design of experiment with the table of orthogonal arrays, and the optimum design point is chosen on the base of the aforementioned analysis which applies Multi-Objective Optimization. PTL System is very important in terms of accepting demands of customers. However, it is currently dependent on the technology of advanced foreign enterprises. PTL System design can apply to the outcome. Furthermore, the satisfaction with costs and customers’ demands and the decrease of costs can be expected as well.