Author name used in this publication: Eric Ka-Wai Cheng2001-2002 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
The success of two-dimensional eddy current models for modeling a variety of important nondestructiv...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
Abstract—A new iterative method for computing three-dimen-sional steady-state magnetic fields with e...
An improved T-Ω method that can analyze magnetic fields produced not only by eddy currents but ...
A novel h-φ approach for solving 3-D time-harmonic eddy current problems is presented. It makes it p...
Purpose - To propose a novel 3D hybrid approach, based on a discrete formulation of Maxwell equation...
There are many approaches to 3D eddy current analysis. Typical methods for the eddy current analysis...
A novel h-phi approach for solving 3-D time-harmonic eddy current problems is presented. It makes it...
AbstractIn this paper, we propose novel finite element A - θ approaches to realize the approximation...
The boundary element method for computing 3-dimensional eddy current distributions is presented. Thi...
Author name used in this publication: S. L. HoAuthor name used in this publication: H. C. WongH.C. W...
A boundary-element method using a magnetic vector potential for eddy-current analysis is described. ...
The general characteristics of the most suitable model for 3-D nonlinear eddy-current analysis are e...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
The success of two-dimensional eddy current models for modeling a variety of important nondestructiv...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
Abstract—A new iterative method for computing three-dimen-sional steady-state magnetic fields with e...
An improved T-Ω method that can analyze magnetic fields produced not only by eddy currents but ...
A novel h-φ approach for solving 3-D time-harmonic eddy current problems is presented. It makes it p...
Purpose - To propose a novel 3D hybrid approach, based on a discrete formulation of Maxwell equation...
There are many approaches to 3D eddy current analysis. Typical methods for the eddy current analysis...
A novel h-phi approach for solving 3-D time-harmonic eddy current problems is presented. It makes it...
AbstractIn this paper, we propose novel finite element A - θ approaches to realize the approximation...
The boundary element method for computing 3-dimensional eddy current distributions is presented. Thi...
Author name used in this publication: S. L. HoAuthor name used in this publication: H. C. WongH.C. W...
A boundary-element method using a magnetic vector potential for eddy-current analysis is described. ...
The general characteristics of the most suitable model for 3-D nonlinear eddy-current analysis are e...
Numerical modeling of electromagnetic nondestructive testing problems has become in the last few yea...
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
The success of two-dimensional eddy current models for modeling a variety of important nondestructiv...
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