Construction and Component Inspection Analysis of Prefabricated Hollow Slab Shear Wall Structure Based on BIM Technology
In view of the challenges in the construction and component detection of prefabricated hollow plate shear wall structure,BIM technology and finite element model software are used to compare and analyze the construction complexity of shear walls with different cross sections.The results show that the adhesion distance exceeds 200mm and the slope of shear wall displacement curve is small.It is recommended that the attachment point of the tower crane is not within 200mm of the shear wall edge to ensure the stability of the structure.In further comparative experiments,the damping coefficients detected by the proposed method show significant differences in the displacement range.The results obtained by the proposed method can significantly improve the stability of the wall.Through in-depth analysis of BIM technology,it is expected to improve the design,construction and testing level of prefabricated buildings.In particular,the precise control of the position of the attachment points proves the important influence on the stability of the prefabricated shear wall.
万方数据
维普
