Study and practice on BIM design method of special-shaped steel formwork for flow channel

Yi Hou, H. Yu, He Huo, Shao Jie, Guangzhong Li
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Abstract

In order to improve the design quality and efficiency of special-shaped steel formwork for Flow Channel, BIM parametric design method is studied. Firstly, according to the shape design results of the flow channel, we sort out the inner wall parameters of the steel formwork, write the parametric modeling code, and drive the automatic modeling of the steel formwork shell. Then, according to the results of the reinforcing design of the steel formwork structure, we divide the outer surface of the shell into physical and chemical UV grids, and the isotropic reinforcing ribs are created adaptively. BIM parametric design has the advantages of visualization, automation, and simulation, and its universality and accuracy are significantly improved compared with 2D design. The BIM model can also be applied to finite element calculation to improve the quality and efficiency of complex structural design.
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流道异形钢模板BIM设计方法的研究与实践
为了提高流道异形钢模板的设计质量和效率,研究了BIM参数化设计方法。首先,根据流道形状设计结果,对钢模板内壁参数进行整理,编写参数化建模代码,驱动钢模板壳的自动建模。然后,根据钢模板结构的配筋设计结果,将壳体外表面划分为物理UV格栅和化学UV格栅,自适应创建各向同性配筋。BIM参数化设计具有可视化、自动化、仿真等优点,与2D设计相比,其通用性和准确性显著提高。BIM模型还可以应用于有限元计算,提高复杂结构设计的质量和效率。
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