The main goal of this work is to investigation of the electromagnetic force in the electromagnetic by two methods, Virtual Work Principle and the Maxwell Tensor magnetic pressure, through fine elements method the results are compared with theoretical approach
A framework for the finite element implementation of the formulas of local and global electromagneti...
International audienceAn integral method is used to solve magnetostatic problems. In this method, th...
Numerical simulation of an electromagnetic actuator is performed. Distribution of magnetic field in ...
AbstractA couple of fundamental formulae are demonstrated in this paper, which allow a systematic al...
Electromagnetic force calculation is essential in the analysis and design of any electrical machine....
International audienceIn this paper the authors show how the Maxwell stress tensor can be used, in p...
Magnetostatic forces computation can be done numerically through Finite Element Analysis by applyin...
This paper presents a methodical and comparative survey of magnetic force calculation methods found ...
A novel mesh-insensitive methodology for magnetic force computation is presented. The force value is...
Knowledge of forces within permanent magnet synchronous machines (PMSMs) is of interest in numerous ...
International audienceA volume integral method is used to solve nonlinear magnetostatic problems. In...
Today, three net magnetostatic loading force formulations are commonly used for finite-element-based...
In most finite element analysis, the numerical error range of the computed force must be specified. ...
Abstract The objective of this paper is to present a didactic approach to the calculation of forces ...
Abstract: In this paper there is performed a comparative study of the force that acts over a mobile ...
A framework for the finite element implementation of the formulas of local and global electromagneti...
International audienceAn integral method is used to solve magnetostatic problems. In this method, th...
Numerical simulation of an electromagnetic actuator is performed. Distribution of magnetic field in ...
AbstractA couple of fundamental formulae are demonstrated in this paper, which allow a systematic al...
Electromagnetic force calculation is essential in the analysis and design of any electrical machine....
International audienceIn this paper the authors show how the Maxwell stress tensor can be used, in p...
Magnetostatic forces computation can be done numerically through Finite Element Analysis by applyin...
This paper presents a methodical and comparative survey of magnetic force calculation methods found ...
A novel mesh-insensitive methodology for magnetic force computation is presented. The force value is...
Knowledge of forces within permanent magnet synchronous machines (PMSMs) is of interest in numerous ...
International audienceA volume integral method is used to solve nonlinear magnetostatic problems. In...
Today, three net magnetostatic loading force formulations are commonly used for finite-element-based...
In most finite element analysis, the numerical error range of the computed force must be specified. ...
Abstract The objective of this paper is to present a didactic approach to the calculation of forces ...
Abstract: In this paper there is performed a comparative study of the force that acts over a mobile ...
A framework for the finite element implementation of the formulas of local and global electromagneti...
International audienceAn integral method is used to solve magnetostatic problems. In this method, th...
Numerical simulation of an electromagnetic actuator is performed. Distribution of magnetic field in ...
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