Surface crack detection on metallic structures (aircraft fuselage, turbine blades and nuclear power plant steam generator turbines) is of utmost importance. The use of an open-ended coaxial line for this purpose is very attractive because it offers advantages such as a wide frequency band of operation, small aperture (sensing) area, and excellent sensitivity
Detection of surface-breaking cracks in metals is an important issue in many industries (e.g., trans...
The work includes the description of fatigue cracks testing. The first tests were carried out with t...
The detection of exposed (empty and filled) and dielectric covered fatigue/surface cracks on metal s...
Recent microwave methods have shown to be capable of detecting and sizing surface slots and cracks i...
Detection and evaluation of surface cracks in metals is an important facet of nondestructive testing...
Detection and evaluation of surface cracks in metals is an important facet of nondestructive testing...
Non-destructive detection and evaluation of stress-induced fatigue cracks in metals is an important ...
Discoveries in using open ended rectangular waveguides for microwave surface crack detection and siz...
Detection and evaluation of stress induced surface cracks in metals is an important issue in many cr...
Fatigue crack detection in metals is an important practical issue in many industries. In this paper ...
An electromagnetic model for finite surface crack detection is presented. An open-ended waveguide se...
221991977Final rept.PDFTech ReportVTRC 99-CR3Steel structuresCrackingVirginiaVirginia Transportation...
The influence of the waveguide flange, frequency of operation and liftoff on crack detection sensiti...
An electromagnetic model for finite surface crack detection is developed and its results are compare...
Two different microwave techniques for detecting fatigue or stress surface cracks in metals have bee...
Detection of surface-breaking cracks in metals is an important issue in many industries (e.g., trans...
The work includes the description of fatigue cracks testing. The first tests were carried out with t...
The detection of exposed (empty and filled) and dielectric covered fatigue/surface cracks on metal s...
Recent microwave methods have shown to be capable of detecting and sizing surface slots and cracks i...
Detection and evaluation of surface cracks in metals is an important facet of nondestructive testing...
Detection and evaluation of surface cracks in metals is an important facet of nondestructive testing...
Non-destructive detection and evaluation of stress-induced fatigue cracks in metals is an important ...
Discoveries in using open ended rectangular waveguides for microwave surface crack detection and siz...
Detection and evaluation of stress induced surface cracks in metals is an important issue in many cr...
Fatigue crack detection in metals is an important practical issue in many industries. In this paper ...
An electromagnetic model for finite surface crack detection is presented. An open-ended waveguide se...
221991977Final rept.PDFTech ReportVTRC 99-CR3Steel structuresCrackingVirginiaVirginia Transportation...
The influence of the waveguide flange, frequency of operation and liftoff on crack detection sensiti...
An electromagnetic model for finite surface crack detection is developed and its results are compare...
Two different microwave techniques for detecting fatigue or stress surface cracks in metals have bee...
Detection of surface-breaking cracks in metals is an important issue in many industries (e.g., trans...
The work includes the description of fatigue cracks testing. The first tests were carried out with t...
The detection of exposed (empty and filled) and dielectric covered fatigue/surface cracks on metal s...