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Mathematical Modeling and Simulation of Missile Firing Impact Force on Warship

机译:导弹向舰上射击冲击力的数学建模与仿真

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In this paper, we propose a 3-DOF ship model with a constant surge velocity. The development of 3-DOF ship model is done by considering the impact force of missile firing as a system's disturbance. We conduct two scenarios to study the behavior of the model. Scenario 1 is simulated on both nonlinear and linear system model with different rudder angle input. The simulation results show that both nonlinear and linear system model can describe the results of turning cycle, although there are some differences in advanced, tactical diameter and transfer. Scenario 2 is simulated with different missile disturbances and fixed rudder angle input. The simulation results of this scenario indicate that missile with a greater impact force can produce greater influence than missiles with small impact force, especially on position coordinate of the ship.
机译:在本文中,我们提出了具有恒定浪涌速度的三自由度舰船模型。通过考虑导弹发射的冲击力作为系统的干扰来完成3-DOF舰船模型的开发。我们进行了两种方案来研究模型的行为。在具有不同舵角输入的非线性和线性系统模型上都模拟了方案1。仿真结果表明,尽管在进阶,战术直径和传递方面存在一些差异,非线性和线性系统模型都可以描述转弯周期的结果。方案2是在不同的导弹干扰和固定的舵角输入下进行模拟的。该场景的仿真结果表明,具有较大冲击力的导弹比具有较小冲击力的导弹产生更大的影响,特别是在舰船的位置坐标上。

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