电磁发射深水炸弹空中弹道性能仿真分析

Simulation and Analysis on Air Ballistic Performance of Electromagnetic Launching Depth Charge

摘要:

为了探讨电磁发射深水炸弹的弹道性能，采用六自由度刚体弹道模型和地面密集度仿真预测模型，研究了基于最大发射动能下电磁发射深弹的射程覆盖范围，计算了电磁发射深弹最大射程、最小射程下的落点误差，分析了各误差因素对电磁发射深弹射程、方向中间误差的影响情况。结果表明：1)电磁发射深弹的射程覆盖范围由发射装置最大发射动能和电磁发射深弹性能指标共同决定；2)电磁发射深弹的落点误差因素主要为初速误差、横向起始偏角误差以及风速误差。

Abstract:

In order to study the ballistic performance of electromagnetic launching depth charge，this paper studies the firing-range of the electromagnetic launching depth charge under the maximum kinetic energy using the 6-DOF rigid body trajectory model and ground-dispersion simulation prediction model. The errors of impact point of the electromagnetic launching depth charge under maximum firing-range and minimum firing-range are calculated. In addition ， the influence of various error factors on firing-range and directional intermediate error of electromagnetic launching depth charge is studied. The result shows that：1)the firing-range of electromagnetic launching depth charge is determined by the maximum kinetic energy of launcher and performance index of electromagnetic launching depth charge；2)the impact point error of electromagnetic launching depth charge is mainly caused by initial velocity error，lateral initial deflection error and wind speed error.