Finite element (FE) and boundary element (BE) methods of numerical analysis have been utilized in the solution of numerous electromagnetic nondestructive evaluation (NDE) phenomena. Investigations using these methods have been undertaken by Lord [1, 2, 3], Palanisamy [4], Atherton [5], Beissner [6], Burais [7] and others
In planning an inspection procedure, or in designing parts with flaw detectability as a design goal,...
A general purpose three dimensional boundary element method is developed for elastic solids. Emphasi...
openIl metodo del Direct Current Potential Drop è una tecnica spesso utilizzata nell'ambito della me...
The endeavor to produce quality products coupled with a drive to minimize failure in major industrie...
In experimental fatigue tests, it may be necessary to identify the onset of crack initiation, which ...
Electromagnetic (EM) nondestructive testing of a lossy dielectric material involves exciting the mat...
A modified boundary integral equation/boundary element method (BIE/BEM) is being developed for eddy ...
Ah&met-The boundary element method is used to analyze the ACPD (alternating current potential dr...
For the past several years, we have been developing an eddy current model, using the boundary elemen...
In the field of Non-Destructive Testing, Potential Drop (PD) techniques have been used for decades,...
A novel boundary integral equation (BIE) is developed for eddy‐current nondestructive evaluation pro...
The long-range objective of the work reported here is to provide a theoretical basis for the predict...
It is often necessary to define the crack initiation life of a fatigue tested component, generally ...
Finite element (FE) studies of energy/material interactions associated with the nondestructive evalu...
The efforts of past several years have resulted in development of an eddy current model [1–8], using...
In planning an inspection procedure, or in designing parts with flaw detectability as a design goal,...
A general purpose three dimensional boundary element method is developed for elastic solids. Emphasi...
openIl metodo del Direct Current Potential Drop è una tecnica spesso utilizzata nell'ambito della me...
The endeavor to produce quality products coupled with a drive to minimize failure in major industrie...
In experimental fatigue tests, it may be necessary to identify the onset of crack initiation, which ...
Electromagnetic (EM) nondestructive testing of a lossy dielectric material involves exciting the mat...
A modified boundary integral equation/boundary element method (BIE/BEM) is being developed for eddy ...
Ah&met-The boundary element method is used to analyze the ACPD (alternating current potential dr...
For the past several years, we have been developing an eddy current model, using the boundary elemen...
In the field of Non-Destructive Testing, Potential Drop (PD) techniques have been used for decades,...
A novel boundary integral equation (BIE) is developed for eddy‐current nondestructive evaluation pro...
The long-range objective of the work reported here is to provide a theoretical basis for the predict...
It is often necessary to define the crack initiation life of a fatigue tested component, generally ...
Finite element (FE) studies of energy/material interactions associated with the nondestructive evalu...
The efforts of past several years have resulted in development of an eddy current model [1–8], using...
In planning an inspection procedure, or in designing parts with flaw detectability as a design goal,...
A general purpose three dimensional boundary element method is developed for elastic solids. Emphasi...
openIl metodo del Direct Current Potential Drop è una tecnica spesso utilizzata nell'ambito della me...