The methodology of visual dynamic simulation for construction schedule is presented in this thesis, visualization of founding model, calculating and result of schedule simulation is realization;
提出了结合柔性网络计划技术的进度分析与优化方法，包括工期分析及资源优化，在此基础上提出了基于可视化动态仿真的施工进度实时管理与控制方法；
Finally, sequential modular approach is applied to establish the dynamic mathematical model for the multi-pressure heat recovery steam generator in visual simulation environment.
最后，利用序贯模块建模方法和可视化自动建模环境，建立了复杂多压余热锅炉的动态数学模型，并对多压余热锅炉的动态特性进行了仿真研究。
A case study shows that the system realizes the visual simulation of static view and dynamic objects, responds to the users' interaction in real time, and has high cost-benefit ratio.
实验结果表明，该系统在实现分布式仿真系统数据驱动下的多通道静态场景、动态实体实时生成的同时，能够及时响应用户的交互操作，并且具有很高的性能价格比。
A case study shows that the system realizes the visual simulation of static view and dynamic objects, responds to the users' interaction in real time, and has high cost-benefit ratio.
实验结果表明，该系统在实现分布式仿真系统数据驱动下的多通道静态场景、动态实体实时生成的同时，能够及时响应用户的交互操作，并且具有很高的性能价格比。
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