In order to extend the rail life and improve the firing accuracy, the electromagnetic launcher’s rail can be modeled as a beam on elastic foundation with simply supported beam by moving load. Euler beam theory is applied to build the Mechanical model and the analytical solution of the equation subjected to cosine magnetic pressure is derived in detail, which has successfully avoided the errors ...

In this study, the feasibility of a new launcher concept that provides range extension for outdated ballistic munitions by speeding up them before their ignition is examined in detail. To analyze efficiency concept, multi-variable and single-variable optimization processes are conducted using Multi-Objective Genetic Algorithm Method ModeFrontier environment. Launch angle, ejection velocity muni...

A predictive analysis of the capabilities of the ITER Electron Cyclotron Wave system is presented in this work. Modifications of both the Upper Launcher and the Equatorial Launcher aimed at increasing the potentialities of the system are identified and discussed. A modification of the Upper Launcher has been already incorporated in the updated front steering design called Extended Physics Launc...

Electromagnetic railgun is a launcher that relies on electrical energy to do work propel projectile high speed. In the military application of railgun, acquisition and adjustment movement characteristics, including acceleration velocity, are very important. order realize rapid calculation characteristics precise thrust, force for complex structure augmented quadrupole hyperbolic were studied by...