Three-Dimension Dynamic Visual Simulation and Optimization for Concrete Dam Construction Process
混凝土坝施工三维动态可视化仿真与优化

This paper presents the theory of three-dimension dynamic visual simulation for concrete dam construction process firstly. Then the software which is developed on the integration of visualization technique and simulation technique, that is, on the combination of GIS and Visual C is introduced. After simulating of different construction conditions by this software, the reasonable and economical scheme of equipment set can be determined. Correspondingly other parameters such as the construction order of dam block, the efficiency of equipment, the monthly intensity of concrete construction are obtained. At the same time, the complex process of dam construction is dynamically demonstrated by three-dimension animation providing a powerful tool for quickly and comprehensively understanding the complicated process. The application of the software will be tremendously conducive to modernization of design and organization of dam construction.