热动力系统的面向对象分布式实时仿真研究

This project focus on how to develop modeling and simulation techniques suitable for thermodynamic systems' integrated performance analysis and simulation, with integrablity, extenability and inheretance in their modeling mechanisms and structures. In this project's study, a univeral system modeling pattern is proposed, which is applied in many thermodynamic system simulation; Unified Modeling Language and related software development process are used to conduct object-oriented analysis、 design and implement of thermodynamic system; object-oriented distributed computing framework is used to integrate various simulation software; standardization of distributed interactive simulation of thermo system is studied; furthermore, distributed real-time simulation of thermo sytem is implemented.

建立适合燃气蒸气联合循环等多种热动力系统综合性能分析、数字实验或半物理仿真的、具有良好兼容性和扩展性的面向对象分布实时仿真平台原型；研究面向对象思想和方法在复杂热动力系统建模和仿真中的应用，多学科相互作用机理的表达和综合建模，多种仿真计算方法过程的集成，非线性及迭代计算模型的实时化，分布参数系统并行化处理等。