The Electric Current Injection (ECI) method of nondestructive evaluation is applied to materials that are electrically conductive but not magnetically permeable, such as aluminum, magnesium, and titanium. It consists of detecting current-flow anomalies due to voids, nonmetallic inclusions and open cracks in the conducting material, through distortions introduced in the magnetic field generated by the sample [1]
Eddy current nondestructive evaluation (NDE) of airframe structures involves the detection of electr...
Solution of the inversion problem in quantitative eddy current NDE requires an adequate mathematical...
A perturbation technique applied to the finite ele- ment modelling of eddy-current nondestructive te...
The Electric Current Injection (ECI) method of nondestructive evaluation consists of detecting curre...
Eddy current techniques have been widely used in the NDE inspection of aircraft engine components. D...
Electromagnetic (EM) nondestructive testing of a lossy dielectric material involves exciting the mat...
In planning an inspection procedure, or in designing parts with flaw detectability as a design goal,...
A novel boundary integral equation (BIE) is developed for eddy‐current nondestructive evaluation pro...
A modified boundary integral equation/boundary element method (BIE/BEM) is being developed for eddy ...
Volume-integral equations have proven to be very successful in the computation of eddy-current probe...
The long-range objective of the work reported here is to provide a theoretical basis for the predict...
For the past several years, we have been developing an eddy current model, using the boundary elemen...
Two approaches to the problem of the AC magnetic field distribution inside conducting media are curr...
The task of reconstructing an unknown distribution of electrical conductivity is widely recognized a...
Solution of the inversion problem in quantitative eddy current NDE requires an adequate mathematical...
Eddy current nondestructive evaluation (NDE) of airframe structures involves the detection of electr...
Solution of the inversion problem in quantitative eddy current NDE requires an adequate mathematical...
A perturbation technique applied to the finite ele- ment modelling of eddy-current nondestructive te...
The Electric Current Injection (ECI) method of nondestructive evaluation consists of detecting curre...
Eddy current techniques have been widely used in the NDE inspection of aircraft engine components. D...
Electromagnetic (EM) nondestructive testing of a lossy dielectric material involves exciting the mat...
In planning an inspection procedure, or in designing parts with flaw detectability as a design goal,...
A novel boundary integral equation (BIE) is developed for eddy‐current nondestructive evaluation pro...
A modified boundary integral equation/boundary element method (BIE/BEM) is being developed for eddy ...
Volume-integral equations have proven to be very successful in the computation of eddy-current probe...
The long-range objective of the work reported here is to provide a theoretical basis for the predict...
For the past several years, we have been developing an eddy current model, using the boundary elemen...
Two approaches to the problem of the AC magnetic field distribution inside conducting media are curr...
The task of reconstructing an unknown distribution of electrical conductivity is widely recognized a...
Solution of the inversion problem in quantitative eddy current NDE requires an adequate mathematical...
Eddy current nondestructive evaluation (NDE) of airframe structures involves the detection of electr...
Solution of the inversion problem in quantitative eddy current NDE requires an adequate mathematical...
A perturbation technique applied to the finite ele- ment modelling of eddy-current nondestructive te...