A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BIM-Based Platform for Collaborative Building Design and Project Management
The use of building information modeling (BIM) in large building systems in conjunction with team-effort collaborative design perhaps represents one of the most useful approaches in achieving cost-effectiveness as well as high-quality design results. Nevertheless, the major difficulty in using this technology lies in data exchanges when designers from different professions employ heterogeneous design tools. In this paper, a diagnosis of the major difficulties in data exchange among various design tools, particularly for collaborative design, is given. Subsequently, a BIM-based platform is proposed for collaborative design and project management to resolve data interoperability problems; thus, one can handle data exchange between different software tools in a streamlined fashion. The platform consists of a BIM-based database and five data-processing engines to facilitate the tasks involved in collaborative design. The platform is capable of handling BIM-based data from multiple design tools; yet it is generic enough to accept almost any design-related software tool. Finally, a multistory library building is used to illustrate various aspects of data processing involved in the stated collaborative design and project management.
BIM-Based Platform for Collaborative Building Design and Project Management
The use of building information modeling (BIM) in large building systems in conjunction with team-effort collaborative design perhaps represents one of the most useful approaches in achieving cost-effectiveness as well as high-quality design results. Nevertheless, the major difficulty in using this technology lies in data exchanges when designers from different professions employ heterogeneous design tools. In this paper, a diagnosis of the major difficulties in data exchange among various design tools, particularly for collaborative design, is given. Subsequently, a BIM-based platform is proposed for collaborative design and project management to resolve data interoperability problems; thus, one can handle data exchange between different software tools in a streamlined fashion. The platform consists of a BIM-based database and five data-processing engines to facilitate the tasks involved in collaborative design. The platform is capable of handling BIM-based data from multiple design tools; yet it is generic enough to accept almost any design-related software tool. Finally, a multistory library building is used to illustrate various aspects of data processing involved in the stated collaborative design and project management.
BIM-Based Platform for Collaborative Building Design and Project Management
Lai, Huahui (author) / Deng, Xueyuan (author) / Chang, Tse-Yung P. (author)
2019-02-19
Article (Journal)
Electronic Resource
Unknown
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