舰炮供弹系统的模块化设计研究

为了提高舰炮武器的标准化、集成化程度，加快新型号舰炮的研发速度，以及提高舰炮的主要性能指标，该文以某口径舰炮供弹系统的模块化开发为例，集中论述了依据新型供弹机理，进行模块化设计、结构化开发的基本设计方法．同时，利用虚拟样机动力学软件对模块化拆分、优化重组和封装后的新型供弹机构进行了关键工作步的仿真分析，通过某口径模块化舰炮X发每分钟的理论供弹率瓶颈的突破表明：模块化的方法具有缩短研发周期，并使研制舰炮系统具有多项扩展性的技术特点。

Research on modularized design of naval gun feeding system

To expedite design of a new kind of naval gun and improve the general capabilities of guns, research is done on the feeding system of a warship cannon, particularly the basic design method in modularized design and structural development using a new mechanism. The flexible mechanics software-ADAMS was used to simulate the new mechanism after dividing, optimizing, recombining and encapsulating the mechanical modules. As a result, the bottleneck of the theoretical feeding rate-Xrds/min indicates the moduled method can produce such technological characteristics as a shortened study cycle and multiple expansions to the warship cannon.