Open AccessApplication of BIM Technology in Design and Construction of High-Rise Prefabricated Steel Structure Green Residential Building
Author(s) -
Li Mei
Publication year - 2021
Publication title -
forest chemicals review
Language(s) - English
Resource type - Journals
ISSN - 1520-0191
DOI - 10.17762/jfcr.vi.50
Subject(s) - building information modeling , informatization , engineering , systems engineering , construction engineering , design technology , prefabrication , architecture , key (lock) , process (computing) , software , architectural engineering , manufacturing engineering , computer science , civil engineering , compatibility (geochemistry) , telecommunications , art , chemical engineering , visual arts , programming language , computer security , operating system
BIM Technology is a major innovation in the construction industry. The project informatization based on BIM Technology will be one of the effective ways to improve the efficiency and profit of construction industry. Taking a indemnificatory housing project as an example, this paper studies the application of BIM Technology in the deepening design and construction of steel structure. Aiming at the creation of complete BIM, this paper proposes an integrated BIM construction framework for the whole life cycle of buildings. By studying the basic structure, modeling process, application architecture and key modeling technologies of integrated BIM, a prototype system of BIM data integration and service platform is developed. The feasibility and applicability of bimisp are verified through the practical application of affordable housing project. In the application of BIM Technology, multiple BIM software and data fusion technology are used to improve the efficiency and accuracy of the system. The test results show that: using BIM platform to give full play to the advantages of the software, improve the efficiency of in-depth design and on-site installation of steel structure project, which can provide reference for the application of BIM Technology in prefabricated buildings in the future.