| Summary: | 碩士 === 國立臺灣科技大學 === 營建工程系 === 87 === For the need of structure and constructing, partition systems of high-rise buildings are gradually made of light-weight walls. The many-faced development of the partition system have solved part of the shortcomings of the traditional brick wall, but it also created some new problems with its implementation. In addition that the name of component materials have not standardized classification ,the main problem lied in the continuous changes of the partition system and its intricate construction method, thus making it difficult in its evaluation.
The main task identified in this research is to establish a evaluation model that helps decision makers to choose a suitable light-weight partition system under certain conditions. In this study, the current practice of the evaluation of partition system in building construction is examined through comprehensive literature review and physical investigation. Questionnaries and interviews were designed for identifying the characterstics of partition system. Based on the important factors, this research constructs the evaluation model. This evaluation model constructs a selection structure by Similarity Aggregation Method(SAM),Fuzzy Delphi Method, Fuzzy Multiple Attribute Decision-Making(FAMDM) , and Grey Decision Theory. Lastly, this research presents two practical cases as referring instance for decision makers to show how to utilize the evaluation model to select a suitable light-weight partition system in building construction.
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