摘要：BIM technology has been widely used in ordinary residential buildings, but the use of REVIT for water projects is still very little. Aiming at the fast and accurate modeling of pump station in BIM design, design the first built after emptying the method as a whole. The drawing of the curved channel is studied, and a complete splicing design scheme for pump station is proposed. The whole pumping station is divided into blocks, separately modeled and supplemented with details, and then joined together to form a complete building model. The complex problem of pump station design has been solved. In this paper, the feasibility and efficiency of the scheme are verified by the analysis of specific examples.
其他摘要：BIM technology has been widely used in ordinary residential buildings, but the use of REVIT for water projects is still very little. Aiming at the fast and accurate modeling of pump station in BIM design, design the first built after emptying the method as a whole. The drawing of the curved channel is studied, and a complete splicing design scheme for pump station is proposed. The whole pumping station is divided into blocks, separately modeled and supplemented with details, and then joined together to form a complete building model. The complex problem of pump station design has been solved. In this paper, the feasibility and efficiency of the scheme are verified by the analysis of specific examples.
