2019 VOL.2 Jun No.3

• Title: Modeling Research on Wind-induced Torsional Disturbance Effect between High-rise Buildings Based on BIM
• Name: Caesar Clement
• Company: University of La Verne
• Abstract:

  The wind-induced torsional interference effect model between traditional high-rise buildings is costly, with low error and long running time. In order to solve the above problems, a new wind-induced torsional interference effect model between tall buildings is studied based on BIM technology. The model structure is established and the model work flow chart is given. In order to verify the working efficiency of the model, the experimental comparison with the traditional model shows that the established model has lower cost, longer running time, shorter modeling time, less error and obvious advantages than the traditional model.

• Keyword: BIM technology; high-rise building; wind-induced torsion; interference effect; wind-induced response;
• DOI: 10.12250/jpciams2019030113
• Citation form: Caesar Clement.Modeling Research on Wind-induced Torsional Disturbance Effect between High-rise Buildings Based on BIM[J]. Computer Informatization and Mechanical System, 2019, vol. 2, pp. 101-106.

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