An advanced 2D model of electromagnetic launcher is presented respecting the influence of eddy currents induced in the accelerated ferromagnetic body. The time evolution of electromagnetic field in the system, corresponding forces acting on the projectile and time evolutions of its velocity and current in the field circuit are solved numerically using own application Agros2d. The results are then processed and evaluated in Wolfram Mathematica. The methodology is illustrated with an example whose results are discussed
The electromagnetic rail launcher is a type of high-energy weapon that uses a strong magnetic field ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
Electromagnetic launcher (EML) is an electromagnetic accelerator which uses electrical pulse power i...
Abstract: –This paper present a coupled electric-magnetic-mechanical model for transient analysis of...
Multiphysics problems represent an open issue in numerical modeling. Electromagnetic launchers repre...
This thesis derives working expressions from electromagnetic physical laws to gain a deeper understa...
A finite element modeling tool has been developed. It simulates the general behavior of electromagne...
This paper presents a 3D model for the determination of the temperature field in an electromagnetic ...
A sophisticated mathematical model of the magnetic gun is presented and solved numerically. The mode...
The paper analyses a new configuration of an electromagnetic launch system (EMLS) able to accelerate...
The behavior of the electromagnetic (EM) launcher depends on the structure of the construction. The ...
Acceleration of ferromagnetic bodies is used in a lot of various industrial and other applications. ...
Although electromagnetic launchers (EMLs) are superior to classical gun-powder-based launchers, they...
This paper describes the basic design, refinement, and verification using finite-element analysis, a...
The electromagnetic rail launcher is a type of high-energy weapon that uses a strong magnetic field ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
Electromagnetic launcher (EML) is an electromagnetic accelerator which uses electrical pulse power i...
Abstract: –This paper present a coupled electric-magnetic-mechanical model for transient analysis of...
Multiphysics problems represent an open issue in numerical modeling. Electromagnetic launchers repre...
This thesis derives working expressions from electromagnetic physical laws to gain a deeper understa...
A finite element modeling tool has been developed. It simulates the general behavior of electromagne...
This paper presents a 3D model for the determination of the temperature field in an electromagnetic ...
A sophisticated mathematical model of the magnetic gun is presented and solved numerically. The mode...
The paper analyses a new configuration of an electromagnetic launch system (EMLS) able to accelerate...
The behavior of the electromagnetic (EM) launcher depends on the structure of the construction. The ...
Acceleration of ferromagnetic bodies is used in a lot of various industrial and other applications. ...
Although electromagnetic launchers (EMLs) are superior to classical gun-powder-based launchers, they...
This paper describes the basic design, refinement, and verification using finite-element analysis, a...
The electromagnetic rail launcher is a type of high-energy weapon that uses a strong magnetic field ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...
ASELSAN Inc. has been conducting experimental research on electromagnetic launch technologies since ...