Research on the Simulation of Naval Gun Exterior Trajectory Differential Equations in Real-Time Solution

Feng Tian; Xu Wen Sun; Xu Zhang; Hong Yan Shan; Li Jun Wang

doi:10.4028/www.scientific.net/AMR.981.758

Paper Titles

Detection Performance Analysis of Space-Based Radar to near Space Hypersonic Target
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Cooperative Path Planning of Jammer Formation in Penetration Attack
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Study on a New Algorithm for Tracking Ballistic Missile in Free Flight Phase
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Conceptual Model of Information Naval Gun Weapon System Using Weapon System Engineering Method
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Research on the Simulation of Naval Gun Exterior Trajectory Differential Equations in Real-Time Solution
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Analysis and Design on Coal Mining Machinery System
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Energy Efficiency Analysis of Piston Type Air Compressor
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The Optical Design of Achromatic Phase Matching System Based on ZEMAX
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Mechanical Design of End Support in Coal Mine
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 981Research on the Simulation of Naval Gun Exterior...

Research on the Simulation of Naval Gun Exterior Trajectory Differential Equations in Real-Time Solution

Abstract:

Giving the concept of the aero ballistics, the equations of mass trajectory of pill in the rectangular coordinate system under standard conditions and the equations of mass trajectory of pill considering the influence of wind are introduced in this paper. Forth-order Runge-Kutta algorithm is used for the equations to simulate, the experiment analysis has been discussed in the last. The result shows that such method of simulation has more accuracy in direction and distance.