C#与MATLAB混合编程在内弹道设计中的应用

The Application of Mixed Programming Technology of C# and MATLAB in Interior Ballistic Design

为解决一般内弹道软件功能单一、人机交互差、不易集成等问题,利用C#与MATLAB混合编程技术,开发了以经典内弹道模型为基础适用于简单形状火药、多孔火药、混合装药及钝感火药的内弹道设计计算软件,可以进一步开发集成以改进型内弹道模型和两相流内弹道模型为基础的内弹道设计计算模块。同时,此混合编程技术可以在外弹道、身管、反后坐装置等火炮设计计算中推广应用,具有很好的通用性和扩展性。

In order to solve some problems on single function, bad human-computer interaction and difficult integrating of general interior ballistic software, the mixed programming technology of C# and MATLAB was applied to develop an interior ballistic design computation software for the simple shape of powders, multi-perforated propellants, mixed charge and deterred grain based on classical interior ballistic model, which can be developed and integrated with the modules based on improved and two-phase flow interior ballistics. While the mixed programming technology can also be applied to popularize in artillery design computations, such as external ballistics, gun barrel and recoil system etc. , which has good commonality and expansibility.