文档介绍：: .
냪†ꗟ†꒤†ꖡ本」為目標，建立塔式
吊車與輪式吊車之數量及選用機型之評選模式，並運用 LINGO 數學規劃軟體求
出最佳解，本研究將以國內常用塔式吊車或輪式吊車、塔式吊車與輪式吊車搭
配、兩部輪式吊車搭配四種型態為基準，計算出最佳組合之吊裝設備機型，避免
因吊裝設備規劃不當，造成選用過大之吊裝設備造成成本增加之情形發生，以降
低吊裝費用。本研究以台北縣三重市○○體育館 8F ，經
由本模式之驗證，成效良好。
關鍵字: ***構造、吊裝設備、塔式吊車、輪式吊車、評選模式、數學規劃、最佳
化
2Abstract
In this work, we investigate and study the framework for lifts in low and
middle rise steel-structure buildings. Due to strong competition, the control of
cost, the planning of construction and the preparation of safety have gained
more attention and also played a more important role than the past. However,
the framework for lifts is still a subject needed to be considered. Traditionally,
among construction companies in Taiwan, tower crane, mobile crane, a
combination of tower and mobile cranes or a combination of two mobile cranes
are the four typical frameworks for lifts whereas constructing low and middle
rise steel-structure buildings. For high rise steel- structure buildings, due to
the constrain of its height, tower crane lifting is the only option. The decision
of selecting a framework for lifts has been mostly based on rough estimation of
the maximum weight on a single unit item and the construction radius. This
kind of experience-based decision lacks not only scientific support, but also the
objective view of construction planning, cost control and safety preparation.
Optimization analysis has been commonly practiced in business and
industry management. It provides effective and satisfying solutions to
complex problems. In this study, our goal is to minimize the cost of
framework for lifts, including the number and the type of lifts selected, We use
a mathemat