A method for analyzing 3-D magnetic fields and currents in electrical machines excited from voltage sources has been developed. It was obtained by expanding the 2-D finite-element method into three dimensions, using the A φ method. The basic idea and the finite-element formulation are described. The effectiveness of the method is shown by some application examples</p
AbstractIn this article, it will be focused on 3-dimensional analysis of an asynchronous motor with ...
<p>In the domain of electrical engineering, the design and optimization of electric motors are...
A three-dimensional (3-D) finite-element (FE) approach was developed and implemented for computation...
A method for analyzing 3-D magnetic fields and currents in electrical machines excited from voltage ...
A method for analyzing 3-D magnetic fields and currents in electrical machines excited from voltage ...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
This thesis studies a numerical method to predict the current densities induced in conducting object...
A three dimensional finite element formulation and algorithm for the solution of 3-d magnetic fields...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
In the domain of electrical engineering, the design and optimization of electric motors are crucial ...
A new approximate method is developed for calculating three-dimensional magnetic fields in magnetic ...
Finite Element Method has been proved as valuable tool for solving different electromagnetic problem...
Finite Element Method has been proved as valuable tool for solving different electromagnetic problem...
A three dimensional finite element (3D-FE) method for the computation of global distributions of 3D ...
This paper presents a new method for computation of the nonlinear flux linkage in 3-D finite-element...
AbstractIn this article, it will be focused on 3-dimensional analysis of an asynchronous motor with ...
<p>In the domain of electrical engineering, the design and optimization of electric motors are...
A three-dimensional (3-D) finite-element (FE) approach was developed and implemented for computation...
A method for analyzing 3-D magnetic fields and currents in electrical machines excited from voltage ...
A method for analyzing 3-D magnetic fields and currents in electrical machines excited from voltage ...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
This thesis studies a numerical method to predict the current densities induced in conducting object...
A three dimensional finite element formulation and algorithm for the solution of 3-d magnetic fields...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
In the domain of electrical engineering, the design and optimization of electric motors are crucial ...
A new approximate method is developed for calculating three-dimensional magnetic fields in magnetic ...
Finite Element Method has been proved as valuable tool for solving different electromagnetic problem...
Finite Element Method has been proved as valuable tool for solving different electromagnetic problem...
A three dimensional finite element (3D-FE) method for the computation of global distributions of 3D ...
This paper presents a new method for computation of the nonlinear flux linkage in 3-D finite-element...
AbstractIn this article, it will be focused on 3-dimensional analysis of an asynchronous motor with ...
<p>In the domain of electrical engineering, the design and optimization of electric motors are...
A three-dimensional (3-D) finite-element (FE) approach was developed and implemented for computation...