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標題: | 營造廠導入BIM技術影響因子之研究 Critical factors analysis of building information modeling implementation for general contractors |
作者: | Tzu-Wen Chang 張子文 |
指導教授: | 陳忠仁 |
關鍵字: | 建築資訊模型,BIM,層級分析法,AHP, Building information modeling,BIM,Analytic hierarchy process,AHP, |
出版年 : | 2015 |
學位: | 碩士 |
摘要: | 隨著現代建築與工程設計日趨多向度與複雜化加諸施工工法演進加速,傳統二維圖說已逐漸無法完全表達所有的施工訊息與解決日益複雜的施工介面問題,而建築資訊模型(Building Information Modeling,BIM)所提供的三維視覺化模型、參數化建模,協同作業機制、各種模擬分析、施工資訊化與衝突檢討等優點,成為了近代建築、工程與營建(Architecture, Engineeringand Construction,,AEC)產業中新一代技術與工具,也無疑是幫助AEC產業提升資訊化之重要幫手。
因為BIM技術可以應用的範圍既深且廣,投入的資源將視公司想要推展與運用的範圍來決定,所以在導入BIM技術初期公司最想了解未來會產生哪些效益與如何最有效投入資源。 因此本研究以藉由文獻蒐集與專家會議方式,來確認營造廠導入BIM技術的影響因子及主要準則與次要準則,並進一步建構其層級分析法(AHP)問卷之架構。也透過問卷調查及統計分析來確認營造廠導入BIM技術的影響因子及其主要準則與次要準則之重要性與排序,並建構其層級分析法(AHP)問卷之架構。再以專家會議的方式探討營造廠導入BIM技術的影響因子及其主要準則與次要準則之重要性與排序的意涵,作為制定公司未來發展BIM策略的依據。 Modern architecture and engineering design have become increasingly complex and multidimensional, and construction methods have rapidly evolved. The traditional two-dimensional drawing is no longer adequate to completely convey all construction information and to solve increasingly complex construction interface problems. The building information modeling (BIM) can provide three-dimensional visual models, parametric modeling, collaborative mechanisms, various simulation analyses, construction informatization, and conflict review. Therefore, BIM has been a new technology for the architecture, engineering, and construction industries, facilitating the informatization in these industries. The BIM technology can be widely applied. The amount of resources invested into BIM depends on the promotion and application scope of a project that a company proposes. Therefore, at the early stage of introducing the BIM technology, its benefits to the company and how to effectively invest resources in this technology should be clearly understood. Through literature review and expert meetings, this study determined the influential factors and the primary and secondary criteria for the introduction of the BIM technology into a construction company. Specifically, this study conducted a questionnaire survey and statistical analysis to determine the influential factors and the importance and priority of the primary and secondary criteria, thereby constructing the framework for the analytic hierarchy process (AHP) questionnaire. Subsequently, expert meetings were held to explore the implications of the influential factors and the importance and priority of the primary and secondary criteria. The results of this study may serve as a basis for companies to develop BIM strategies. |
URI: | http://tdr.lib.ntu.edu.tw/jspui/handle/123456789/55045 |
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顯示於系所單位: | 商學組 |
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