In this study, it is aimed to increase the projectile velocity by changing some parameters of
the reluctance launcher. Studied parameters are the initial position of the projectile, the …

Moon launching capabilities are vital for space program development. Especially important
is the capability to launch without fuels or disposable elements since bringing supplies to the …

Magnetic launchers are divided into three main techniques, with one of them being the
reluctance coilgun. The projectile in this method is rather simple and the obtained velocity is …

Launch efficiency is an important indicator to judge the performance of electromagnetic
launchers. The goal of the conventional parameter optimization method for multistage …

The parameter optimization of a multistage synchronous induction coilgun (SICG) is a time-
consuming task. Traditional machine learning methods can accelerate the process by …

Electromagnetic mass launchers have great potential to replace conventional liquid-based
propulsion launch systems. Their design parameters must be accurate to get superior …

The structure of the reluctance electromagnetic launcher (REML) is equivalent to an inductor
with a movable iron core. The dynamic current in the launching process is easy to be …

In view of the problem that the output thrust of the solenoid actuator is affected by various
factors and is difficult to calculate in actual working conditions, this paper proposes a semi …

Improving efficiency is a major area of research in the field of coil launchers. Two types of
coil launchers are the reluctance coil launcher and the induction coil launcher. Reluctance …

In order to improve the compactness of coil launchers and eliminate the limitation that the
size of the launching projectile in the sleeve structure must be smaller than the driving coil …