Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Digital Infrastructure and Building Information Modeling in the Design and Planning of Building Services
The construction industry is a fragmented industry where several actors from different companies consume, process and further develop the common project material. The material forms the basis for the execution of a construction project and is created over the full course of the design. The design process is, however, challenged, partly as a result of the following characteristics: 1. Information storage is primarily document-centric, and Building Information Modelling (BIM) tools are mainly used for coordination and production of traditional design documentation in the form of 2D drawings and quantity lists. 2. Data exchanges are handled through the exchange of whole documents rather than specific data. 3. A substantial part of the knowledge built up is only stored in the minds of the project participants who become an indispensable information source over time. 4. It takes several years to carry out a construction project, and over this period of time there is inevitably a replacement of employees. There are several derived consequences of these characteristics. Information retrieval from static documents is time consuming. It is difficult to establish dynamic links between derived information, and thus it is only possible to reuse work to a limited extent in the next project. Also, inconsistency in the design material is difficult to avoid over time, and it is hard to assess the consequences of a design change. Finally, the success of a project largely depends on the employee replacement and the enclosed loss of knowledge. The purpose of this thesis is to investigate the possibilities of creating a webbased infrastructure that supports the need for interdisciplinary information exchange in the construction industry. This in a way that allows the distributed project material to grow organically with the construction project and be made available to any authorised actor. This way, insights and traceability are created as the project progresses. The intention is that increased transparency and accessibility of ...
Digital Infrastructure and Building Information Modeling in the Design and Planning of Building Services
The construction industry is a fragmented industry where several actors from different companies consume, process and further develop the common project material. The material forms the basis for the execution of a construction project and is created over the full course of the design. The design process is, however, challenged, partly as a result of the following characteristics: 1. Information storage is primarily document-centric, and Building Information Modelling (BIM) tools are mainly used for coordination and production of traditional design documentation in the form of 2D drawings and quantity lists. 2. Data exchanges are handled through the exchange of whole documents rather than specific data. 3. A substantial part of the knowledge built up is only stored in the minds of the project participants who become an indispensable information source over time. 4. It takes several years to carry out a construction project, and over this period of time there is inevitably a replacement of employees. There are several derived consequences of these characteristics. Information retrieval from static documents is time consuming. It is difficult to establish dynamic links between derived information, and thus it is only possible to reuse work to a limited extent in the next project. Also, inconsistency in the design material is difficult to avoid over time, and it is hard to assess the consequences of a design change. Finally, the success of a project largely depends on the employee replacement and the enclosed loss of knowledge. The purpose of this thesis is to investigate the possibilities of creating a webbased infrastructure that supports the need for interdisciplinary information exchange in the construction industry. This in a way that allows the distributed project material to grow organically with the construction project and be made available to any authorised actor. This way, insights and traceability are created as the project progresses. The intention is that increased transparency and accessibility of ...
Digital Infrastructure and Building Information Modeling in the Design and Planning of Building Services
Rasmussen, Mads Holten (Autor:in)
01.01.2019
Rasmussen , M H 2019 , Digital Infrastructure and Building Information Modeling in the Design and Planning of Building Services . Technical University of Denmark, Department of Civil Engineering , Kgs. Lyngby .
Buch
Elektronische Ressource
Englisch
DDC:
690
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