A model for an electromagnetic linear accelerator is developed and simulated. The goal of this work is to optimize the launcher\u27s components. Namely, for a given amount of stored energy, the best geometries of the launch ring and the excitation coils are determined such that the greatest amount of velocity is achieved. Comparisons between experiments performed on an actual device and results from the simulation show strong correlation in only one of the three cases considered. Nonetheless, the simulation provides useful information on the behavior of the launcher
The concept of accelerating payloads by electromagnetic fields in space needs lots of fundamental re...
Abstract: –This paper present a coupled electric-magnetic-mechanical model for transient analysis of...
Although electromagnetic launchers (EMLs) are superior to classical gun-powder-based launchers, they...
Electromagnetic launcher (EML) is an electromagnetic accelerator which uses electrical pulse power i...
Using simple theoretical principles from electrodynamics, namely the Lorentz force law and Biot-Sava...
The paper analyses a new configuration of an electromagnetic launch system (EMLS) able to accelerate...
This research aimed to analyse the linear launcher motor (LM) for the light electric vehicle (EV) ap...
An electromagnetic launcher (EML) was designed for NASA-Langley to boost large models to hyperveloci...
This paper summarizes the results of a design study investigating the use of linear electric motors ...
This paper reports on reflections undertaken about a possible space-launch project on the basis of t...
This paper describes the basic design, refinement, and verification using finite-element analysis, a...
The electromagnetic launcher, widely studied as electromagnetic gun, may also be used as a catapult...
This thesis involves modeling of an electromagnetic launcher (EML) by taking all of the variables th...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
The concept of accelerating payloads by electromagnetic fields in space needs lots of fundamental re...
Abstract: –This paper present a coupled electric-magnetic-mechanical model for transient analysis of...
Although electromagnetic launchers (EMLs) are superior to classical gun-powder-based launchers, they...
Electromagnetic launcher (EML) is an electromagnetic accelerator which uses electrical pulse power i...
Using simple theoretical principles from electrodynamics, namely the Lorentz force law and Biot-Sava...
The paper analyses a new configuration of an electromagnetic launch system (EMLS) able to accelerate...
This research aimed to analyse the linear launcher motor (LM) for the light electric vehicle (EV) ap...
An electromagnetic launcher (EML) was designed for NASA-Langley to boost large models to hyperveloci...
This paper summarizes the results of a design study investigating the use of linear electric motors ...
This paper reports on reflections undertaken about a possible space-launch project on the basis of t...
This paper describes the basic design, refinement, and verification using finite-element analysis, a...
The electromagnetic launcher, widely studied as electromagnetic gun, may also be used as a catapult...
This thesis involves modeling of an electromagnetic launcher (EML) by taking all of the variables th...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
The concept of accelerating payloads by electromagnetic fields in space needs lots of fundamental re...
Abstract: –This paper present a coupled electric-magnetic-mechanical model for transient analysis of...
Although electromagnetic launchers (EMLs) are superior to classical gun-powder-based launchers, they...