CAJ | 학술논문

针对纳尔维克大学（Narvik University College，NUC）实验室现有的教学设备利用率低，设备维护不标准，设备布局不规整的现状，利用C型布局将现有设备组建成高效率的柔性制造系统。应用AutoMod仿真软件对该柔性制造系统进行建模与仿真，找出其瓶颈，并提出改进措施，为教学实验室设备布局和利用率的改善以及柔性制造系统在教育方面的发展提供一定的借鉴。
침대납이유극대학（Narvik University College，NUC）실험실현유적교학설비이용솔저，설비유호불표준，설비포국불규정적현상，이용C형포국장현유설비조건성고효솔적유성제조계통。응용AutoMod방진연건대해유성제조계통진행건모여방진，조출기병경，병제출개진조시，위교학실험실설비포국화이용솔적개선이급유성제조계통재교육방면적발전제공일정적차감。
This paper aims to develop a highly efficient flexible manufacturing system based upon C layout model in order to improve the utilization and maintenance of the equipment at the workshop of Narvik University College.In this study,the modeling,simulation and optimization of the flexible manufacturing system at Narvik University College are conducted with the help of a professional simulation software package:AutoMod and the suggestions for resolving performance bottleneck and improving productivity are also proposed.This paper has presented a promising result for the development and improve-ment of flexible manufacturing system with the help of simulation and optimization tools.