가상의 자동차 조립 시스템 구현을 위한 절차

Nowadays, the increasing global competition forces manufacturing enterprises to reduce manufacturing cost and to increase productivity. In case of automotive industries, they interest n digital manufacturing to solve these problem. In this paper, the procedure for implementation of digital assembly system is proposed. First of all, process modeling is executed using requirements obtained through product analysis. To model process, they are used the IDEF0 and UML model which are object oriented programming (OOP). At the same time, components for system configuration are modeled by 3D CAD tool. According to system configuration strategy, alternative solutions for assembly system are generated. Based on the evaluation values obtained, alternative solutions are evaluated and selected by using the TOPSIS. Using these result, assembly system for car side panel is configured with the concept of digital manufacturing, which ensures maximum planning security with visualization and simulation.