Research On Machine Parametric Model And Performance Simulation Technology Of Anti-tank Missiles

The development of anti-tank missiles, is to pursuit their high precision, large power and convenient operation on the battlefields, simultaneously, to make them with multiple functions to destroy the targets. In other words, to make them be developed into a multi-purposed missile weapon system from a single anti-tank weapon.The visual simulation of the missile and the subsystem of the interface to the commercial software is the background of this paper, which describes the urgency to shorten the design cycle of the anti-tank missiles, the functional requirements and the structural hierarchy how to implement the whole software platform of the system. Through analysis and research on the machine parametric design, performance simulation technology and the structural design of the anti-tank missile that combined with their characters, the framework of the structure machine parametric design and the performance simulation scheme is proposed to study the case representation of the anti-tank missiles, generate the machine parametric models of the missiles and output their physical parameters, carry out the modal vibration in various stages and analyze the damage effectiveness. Users can learn the design experience from the successful anti-tank missiles easily, what can achieve the design and analysis of the missile continuously and shorten the development cycle significantly and improved the design efficiency greatly.