The reliability of eddy current nondestructive evaluation (NDE) depends not only on correct operator procedure but also on probe quality. With the increasing emphasis on detecting smaller flaws, the logical question is, “How can probe quality be measured quantitatively?” Electrical parameters are commonly measured to determine proper impedance matching of the probes to detection instruments. While this is important, impedance matching by itself is not necessarily an assurance of satisfactory eddy current probe performance
Calibration procedures for eddy current inspections often involve the use of artifact standards cont...
Many current generation aerospace designs are based on the application of linear elastic fracture me...
Eddy current testing is often considered an old and mature technology. However, the state of the art...
Eddy current testing is used extensively by the Air Force for nondestructive inspection of many airc...
Eddy current inspection methods offer sensitive and reliable detection of flaws in critical structur...
Eddy current testing is typically used in the field to detect defects in a specimen that exceed a se...
We have developed an automated eddy current measurement system in our laboratory for quantitative no...
Single-coil, absolute eddy current probes are used extensively by the Air Force for inspection of al...
The calibration of eddy-current measurement systems is a long-standing problem in nondestructive eva...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
The purpose of this paper is to briefly review the influence of EC probe parameters on the performan...
Calibration of eddy current measurement systems is an important factor for attaining the accuracy an...
The accuracy of an eddy current inspection depends in large part on the performance of the eddy curr...
Uniform field eddy current (UFEC) probes operate by interrogating flaws with a spatially uniform ele...
Considerable inspection efforts are required to achieve quality requirements for mechanical parts du...
Calibration procedures for eddy current inspections often involve the use of artifact standards cont...
Many current generation aerospace designs are based on the application of linear elastic fracture me...
Eddy current testing is often considered an old and mature technology. However, the state of the art...
Eddy current testing is used extensively by the Air Force for nondestructive inspection of many airc...
Eddy current inspection methods offer sensitive and reliable detection of flaws in critical structur...
Eddy current testing is typically used in the field to detect defects in a specimen that exceed a se...
We have developed an automated eddy current measurement system in our laboratory for quantitative no...
Single-coil, absolute eddy current probes are used extensively by the Air Force for inspection of al...
The calibration of eddy-current measurement systems is a long-standing problem in nondestructive eva...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
The purpose of this paper is to briefly review the influence of EC probe parameters on the performan...
Calibration of eddy current measurement systems is an important factor for attaining the accuracy an...
The accuracy of an eddy current inspection depends in large part on the performance of the eddy curr...
Uniform field eddy current (UFEC) probes operate by interrogating flaws with a spatially uniform ele...
Considerable inspection efforts are required to achieve quality requirements for mechanical parts du...
Calibration procedures for eddy current inspections often involve the use of artifact standards cont...
Many current generation aerospace designs are based on the application of linear elastic fracture me...
Eddy current testing is often considered an old and mature technology. However, the state of the art...