水中兵器动力系统协同设计思路及关键技术

Ideas and Key Technologies of Collaborative Design for Underwater Weapon Power System

我国水中兵器动力系统技术经过几十年的发展,到现在已逐步具备自主化设计能力。然而当前形势下要求产品型号种类多、研发周期短,原有的“基于文档的系统工程”的设计研发模式将无法满足快速设计需求。在对“基于模型的系统工程”数字化发展背景需求和现状分析的基础上,针对水中兵器动力系统提出了关键能力技术突破与固化、基于模型驱动的协同设计、构建数字孪生样机三步走的数字化发展思路,分析了水中兵器动力系统数字化协同设计平台架构及关键技术,为水中兵器动力系统数字化发展提供参考。

After decades of development, China has gradually developed an independent design capability for underwater weapon power system technologies. However, there is a current need for a wide variety of products and a short research and development cycle;therefore, the original design and development model based on document-based system engineering cannot meet the demand for rapid design. Based on an analysis of the background requirements and current situation of the digital development of model-based system engineering, a three-step digital development scheme is proposed for the power system design of underwater weapons, including technological breakthroughs and solidification of key capabilities, model-driven collaborative design, and construction of digital twin prototypes. The architecture and key technologies of the digital collaborative design platform for the power system of underwater weapons are analyzed;the results can provide a reference for the digital development of power system design for underwater weapons.