以系統動態模擬結合多目標權重法建構橋樑支撐先進工法供應鏈模式最佳化之研究

A Study using Dynamic Simulation and Multi-object in Moving Scaffolding System Supply Chain Model Optimization

潘乃欣(Nai-Hsin Pan) ； 彭傑源(Jie-Yuan Peng)

《管理科學研究》 2007特刊 (2007/12) Pp. 1-9

https://doi.org/10.6873/MSR.200712/SP.0001

摘要

本研究以『SIMPROCESS』作為輔助建模之工具進行供應鏈作業模式之評估及探討高鐵C291標上部結構原料供應商從鋼筋(Steel)、銅腱(Steel tendon)、及混凝土(Concrete)之間的供需採購行為，此外，蒐集現行供應鏈不良的因子，探討供應鏈作業上之問題點，並提供動態模擬的方式呈現整個模型採購流程與供需行為，再以多目標權重法之方式，利用此軟體所內建之最適化機制，搜尋最佳的專案物料採購計畫，解決企業於複雜供應鏈體系下所面臨的難題。

關鍵字

支撐先進工法 ； 動態模擬 ； 供應鏈

並列摘要

The research use the dynamic simulation soft program of ＂SIMPROCESS＂ try to assisting establish a hierarchical model. Discuss the supply-demand buying behaviors of upper structure suppliers of Taiwan high speed rail C291 stake from Steel、Steel、tendon、and concrete. We collect every factors and reasons about damaging the Supply Chain and offer appearing procedure in whole model in way of dynamic simulation. Multi-objece weight laws search the solution of optimization and Search the best special project purchase plan. Based on research, we can provide the solutions for any business and enterprise need to do construction project when they facing the complex Supply Chain problems.

並列關鍵字

Movable Scaffolding System ； Dynamic Simulation ； Supply Chain