An eddy current probe which provides a null-signal in the presence of unflawed material without the need for any balancing circuitry has been developed at NASA Langley Research Center. Such a unique capability of the probe reduces set-up time, eliminates tester configuration errors, and decreases instrumentation requirements. The probe is highly sensitive to surface breaking fatigue cracks, and shows excellent resolution for the measurement of material thickness, including material loss due to corrosion damage. The presence of flaws in the material under test causes an increase in the extremely stable and reproducible output voltage of the probe. The design of the probe and some examples illustrating its flaw detection capabilities are pres...
Eddy Current Flaw Detector inspects ferrous and non-ferrous metals non-destructively for surface and...
Eddy current techniques have historically been valuable to nondestructive evaluation and testing. Th...
Electromagnetic NDE techniques have in the past steered away from the use of ferromagnetic materials...
An eddy current probe which provides a null-signal in the presence of unflawed material without the ...
The Self-Nulling Probe developed at NASA-LaRC has been previously shown to sim-plify inspections and...
The Self-Nulling Eddy Current Probe has been the focus of much research during the past several year...
The Self-Nulling Probe developed at NASA-LaRC has been previously shown to simplify inspections and ...
A pulsed eddy-current system was evaluated for subsurface flaw-detection capabilities in stainless s...
A flux-focusing electromagnetic sensor which uses a ferromagnetic flux-focusing lens simplifies insp...
Early detection of defects in metallic components used in infrastructure is crucial to ensure their ...
A major part of fracture mechanics is concerned with studying the initiation and propagation of fati...
Eddy current methods have been successfully used in a variety of non-destructive evaluation applicat...
A major part of fracture mechanics is concerned with studying the initiation and prop-agation of fat...
this paper will only concentrate on performance characteristics and applications of the probe. Fig. ...
A major part of fracture mechanics is concerned with studying the initiation and propagation of fati...
Eddy Current Flaw Detector inspects ferrous and non-ferrous metals non-destructively for surface and...
Eddy current techniques have historically been valuable to nondestructive evaluation and testing. Th...
Electromagnetic NDE techniques have in the past steered away from the use of ferromagnetic materials...
An eddy current probe which provides a null-signal in the presence of unflawed material without the ...
The Self-Nulling Probe developed at NASA-LaRC has been previously shown to sim-plify inspections and...
The Self-Nulling Eddy Current Probe has been the focus of much research during the past several year...
The Self-Nulling Probe developed at NASA-LaRC has been previously shown to simplify inspections and ...
A pulsed eddy-current system was evaluated for subsurface flaw-detection capabilities in stainless s...
A flux-focusing electromagnetic sensor which uses a ferromagnetic flux-focusing lens simplifies insp...
Early detection of defects in metallic components used in infrastructure is crucial to ensure their ...
A major part of fracture mechanics is concerned with studying the initiation and propagation of fati...
Eddy current methods have been successfully used in a variety of non-destructive evaluation applicat...
A major part of fracture mechanics is concerned with studying the initiation and prop-agation of fat...
this paper will only concentrate on performance characteristics and applications of the probe. Fig. ...
A major part of fracture mechanics is concerned with studying the initiation and propagation of fati...
Eddy Current Flaw Detector inspects ferrous and non-ferrous metals non-destructively for surface and...
Eddy current techniques have historically been valuable to nondestructive evaluation and testing. Th...
Electromagnetic NDE techniques have in the past steered away from the use of ferromagnetic materials...