船舶燃气轮机装置分布式集成仿真平台设计

针对船舶燃气轮机装置分布式集成仿真的功能，设计了包括应用层、支撑层、通讯层和设备层在内的分布式集成仿真平台体系层次。选择 MATLAB/SIMULINK环境开发应用层和支撑层，选择HLA协议和RTI软件实现通讯层。最终形成了由平台运行管理器、分布式仿真包、模块化模型库、分布式仿真接口以及RTI软件组成的“服务器/运算节点”式的平台运行框架。通过某型双轴燃气轮机在机械推进工作方式下的分布式集成仿真实验，初步验证了平台体系框架的合理性和有效性。

Design of Distributed Integrated Simulation Platform for Marine Gas Turbine Equipment

The system-level of distributed integrated simulation platform is designed, which includes application layer, support layer, communication layer and device layer, against the functions of distributed integrated simulation for marine gas turbine equipment. The application layer and support layer are developed with MATLAB/SIMULINK, the communication layer is implemented with HLA/RTI. Finally, the running framework of server/computing node-platform is developed, which includes platform running manager, distributed simulation package, modular model library, distributed simulation interface and RTI. The distributed integrated simulation experiment on a two-shaft gas turbine, which works for marine mechanical propulsion, has been made, it preliminarily verifies the rationality and effectiveness of the platform system framework.