The general characteristics of the most suitable model for 3-D nonlinear eddy-current analysis are examined and some factors that might affect the calculated and experimental results are investigated. For example, various types of elements are compared with each other. A transient nonlinear model is proposed and the flux and eddy current distributions obtained by the finite-element method are compared with experimental results</p
Most non-destructive techniques can be well represented in a virtual environment, in particular, edd...
Aim of this paper is to compare the features of integral and differential formulations for the solut...
A practical 3-D finite element method using edge elements for analyzing stationary nonlinear magneti...
The general characteristics of the most suitable model for 3-D nonlinear eddy-current analysis are e...
The success of two-dimensional eddy current models for modeling a variety of important nondestructiv...
In order to evaluate the best type of element for the finite-element analysis of 3-D eddy currents, ...
Computer codes developed for the A-φ, A-φ-Ω, A-Ω, T-Ω, and E-Ω methods...
In order to evaluate the most suitable method of analysis (A- phi or T- Omega method) and finite ele...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
A three-dimensional finite element method using the A-φ formulation for analyzing time-periodic...
An improved T-Ω method that can analyze magnetic fields produced not only by eddy currents but ...
In order to evaluate the best type of element for the finite element analysis of 3-D eddy currents, ...
Computer codes using the A-φ, A-φ-Ω, A*-0Ω-E, T-Ω, and E-Ω methods wer...
Most non-destructive techniques can be well represented in a virtual environment, in particular, edd...
Aim of this paper is to compare the features of integral and differential formulations for the solut...
A practical 3-D finite element method using edge elements for analyzing stationary nonlinear magneti...
The general characteristics of the most suitable model for 3-D nonlinear eddy-current analysis are e...
The success of two-dimensional eddy current models for modeling a variety of important nondestructiv...
In order to evaluate the best type of element for the finite-element analysis of 3-D eddy currents, ...
Computer codes developed for the A-φ, A-φ-Ω, A-Ω, T-Ω, and E-Ω methods...
In order to evaluate the most suitable method of analysis (A- phi or T- Omega method) and finite ele...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
A three-dimensional finite element method using the A-φ formulation for analyzing time-periodic...
An improved T-Ω method that can analyze magnetic fields produced not only by eddy currents but ...
In order to evaluate the best type of element for the finite element analysis of 3-D eddy currents, ...
Computer codes using the A-φ, A-φ-Ω, A*-0Ω-E, T-Ω, and E-Ω methods wer...
Most non-destructive techniques can be well represented in a virtual environment, in particular, edd...
Aim of this paper is to compare the features of integral and differential formulations for the solut...
A practical 3-D finite element method using edge elements for analyzing stationary nonlinear magneti...