基于能量耦合理论的转管炮发射动力学仿真

Based on the Theory of Energy Coupling Gatling Gun Launching Dynamics Simulation

以某转管炮为研究对象,基于多能量范畴耦合理论,依据内源式FORC差动补偿原理,构建内源式FORC装置;建立了内外能源耦合控制系统的逻辑关系图,对转管炮进行了发射动力学仿真。在内能源与耦合能源两种射击状态下,得到全炮的后坐速度及后坐阻力数据。对比并分析仿真结果,得出在耦合能源作用下,转管炮的射速更趋于稳定。此仿真结果对转管武器的内外能源耦合研究具有一定的参考价值。

With the Gatling gun taken for study,based on the multi-energy category coupling theory,endogenous type apparatus FORC was constructed according to the principle of endogenous type apparatus FORC differential compensation with inner and outer energy control system logical diagram established,and with Gatling gun simulated for emission dynamics. Under the two shooting states of inner energy and coupling energy,the whole gun ＇s recoil velocity and recoil force data was obtained.Through a comparison and analysis of the simulation results,it is concluded that under the effect of coupling energy,Gatling gun firing rate tends to be more stable. The simulation results have certain reference value for the coupling on the inner and outer energy gatling weapons.