Abstract In all advanced methods of nondestructive evaluation (NDE), emphasis is now placed on characterizing cracks and flaws in terms of their fracture mechanics parameters. The aim is to quantitatively predict fatigue and/or flaw life, rather than simply detect flaw presence. Eddy current (EC) testing now is beginning to move to a level of confidence when flaws not only can be detected, but fully characterized. This is due to more innovative probe design and higher sophistication in the interpretation of quantitative probe data
We have developed an automated eddy current measurement system in our laboratory for quantitative no...
During recent years, rapid progress has been made in modeling the interaction of nonuniform eddy-cur...
From the point of material fatigue and corrosion the objective and quantitative inspection of surfac...
Uniform field eddy current (UFEC) probes operate by interrogating flaws with a spatially uniform ele...
Eddy current nondestructive evaluation (NDE) is well known as an effective technique for detecting f...
This paper contains a brief status report on analytical modeling of the probe-flaw interactions for ...
The eddy-current (EC) NDE method has been in use for quite some time, and efforts have been made to ...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
Many current generation aerospace designs are based on the application of linear elastic fracture me...
The purpose of this paper is to report on the development of an eddy current (EC) measurement model ...
The paper proposes a novel approach for enhancing eddy-current non-destructive evaluation. A detecte...
Nondestructive evaluation (NDE) consists of methods and techniques for the periodic testing of mater...
A sometimes stated rule of thumb is that the eddy current signal from a fatigue crack can be 60% of ...
Differential eddy current probes are commonly used to detect shallow surface cracks in conductive ma...
Calibration procedures for eddy current inspections often involve the use of artifact standards cont...
We have developed an automated eddy current measurement system in our laboratory for quantitative no...
During recent years, rapid progress has been made in modeling the interaction of nonuniform eddy-cur...
From the point of material fatigue and corrosion the objective and quantitative inspection of surfac...
Uniform field eddy current (UFEC) probes operate by interrogating flaws with a spatially uniform ele...
Eddy current nondestructive evaluation (NDE) is well known as an effective technique for detecting f...
This paper contains a brief status report on analytical modeling of the probe-flaw interactions for ...
The eddy-current (EC) NDE method has been in use for quite some time, and efforts have been made to ...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
Many current generation aerospace designs are based on the application of linear elastic fracture me...
The purpose of this paper is to report on the development of an eddy current (EC) measurement model ...
The paper proposes a novel approach for enhancing eddy-current non-destructive evaluation. A detecte...
Nondestructive evaluation (NDE) consists of methods and techniques for the periodic testing of mater...
A sometimes stated rule of thumb is that the eddy current signal from a fatigue crack can be 60% of ...
Differential eddy current probes are commonly used to detect shallow surface cracks in conductive ma...
Calibration procedures for eddy current inspections often involve the use of artifact standards cont...
We have developed an automated eddy current measurement system in our laboratory for quantitative no...
During recent years, rapid progress has been made in modeling the interaction of nonuniform eddy-cur...
From the point of material fatigue and corrosion the objective and quantitative inspection of surfac...