中文摘要：

针对主流计算流体力学软件计算精度低、并行规模受限等问题,在中国计算流体力学软件CCFDV1.0的基础上,设计一种新的工作台软件。基于开放服务网关协议原理,采用微内核＋插件的架构实现批处理作业、双模式控制参数设置、计算过程监控等功能的用户友好操作界面,通过集成7个核心求解模块和一个优化设计模块,提高软件的并行规模。实验结果表明,与主流计算流体力学软件相比,该软件具有较高的计算精度,且并行规模较大。

英文摘要：

In view of the low accuracy and limited parallel scale of the major Computational Fluid Dynamics （CFD） software, a new workbench software based on China CFD software CCFDV1.0 is developed in this paper. The software is based on the principle of Open Service Gateway Initiative （ OSGI）, uses the architecture of Micro-kernel ＋ Plugins and provides batch processing, double-model control arguments, computing monitoring and other user-friendly functions. The parallel scale of the software is improved by integrating 7 core solving modules and an optimized design module. Experimental results show that the parallel workbench software has higher accuracy and larger parallel scale than the major CFD software.