CAJ | 학술논문

本文针对钢结构加工制造企业现场布局难度大，场地利用效率不高，影响加工制造进度等存在的问题，首先采集现状信息，在工艺分析和物流分析的基础上，引入动态吸引子算法对现场进行动态布局设计，合理将各个阶段需要布置的物件进行了安排布局，证明了采用该算法求解物体布局是一种行之有效的理论方法，而且该算法在各类工程中求解布局问题具有较高的实用价值，便于推广和应用。
본문침대강결구가공제조기업현장포국난도대，장지이용효솔불고，영향가공제조진도등존재적문제，수선채집현상신식，재공예분석화물류분석적기출상，인입동태흡인자산법대현장진행동태포국설계，합리장각개계단수요포치적물건진행료안배포국，증명료채용해산법구해물체포국시일충행지유효적이론방법，이차해산법재각류공정중구해포국문제구유교고적실용개치，편우추엄화응용。
Based on the problems of difficult site layout, low utilization efficiency of space, affecting the manufacturing progress in steel processing and manufacturing enterprise, this paper firstly gathers the information status, on the basis of process analysis and logistic analysis, introduces the dynamic attractor algorithm for dynamic site layout design, reasonably arranges the objects required in all stages, and proves that this algorithm is an effective method for object layout, has a high practical value for solving the layout problem in all types of engineering, and is easy to promote and apply.