The integrity of reactor pressure vessels is primarily affected by the presence of fatigue cracks. The novel SLIC transducers which simultaneously use Shear and Longitudinal waves for materialInspection and flaw Characterization have recently been qualified in conjunction with satellite-pulse flight time measurement techniques on over fifty fatigue cracks in cladded test blocks [1], However, a computer modeling capability to aid the ultrasonic examiner in the interpretation of the data was not available during the 1983–84 qualification trials of the multibeam inspection (SLIC) technology [1]
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
The reliability of fatigue-crack detection plays an important role in the safety of aircraft structu...
The scattered radiation of elastic waves from fatigue cracks in metals is interpreted for their dete...
Type, through-wall dimension (depth), and location are the most important flaw characteristics that ...
Reliable and accurate characterization as to type (cracks vs. others), location (highly stressed zon...
For many components and structures there is still the need to develop new ultrasonic non-destructive...
I don\u27t mean to be presumptious and imply that we are going to cover all of the many factors whic...
In 1980–81, Harwell developed a mini-computer controlled multi-probe defect detection and sizing sys...
In ultrasonic nondestructive evaluation, one of the factors that can greatly affect the inspectibili...
The ultrasonic detection (discrimination from geometrical reflectors) and sizing of intergranular st...
Type and size are the most important defect characteristics that need to be determined for reliable ...
Ultrasonic detection and sizing of intergranular stress corrosion cracks (IGSCC) in nuclear reactor ...
Accurate calculation of the stress intensity factor on a given component under load relies on an acc...
Ultrasonic detection and measurement of fatigue crack propagation in notched specimens of aluminum, ...
Ultrasonics applied to detection of fatigue cracks in aluminum, mild steel, and alloys of aluminum a...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
The reliability of fatigue-crack detection plays an important role in the safety of aircraft structu...
The scattered radiation of elastic waves from fatigue cracks in metals is interpreted for their dete...
Type, through-wall dimension (depth), and location are the most important flaw characteristics that ...
Reliable and accurate characterization as to type (cracks vs. others), location (highly stressed zon...
For many components and structures there is still the need to develop new ultrasonic non-destructive...
I don\u27t mean to be presumptious and imply that we are going to cover all of the many factors whic...
In 1980–81, Harwell developed a mini-computer controlled multi-probe defect detection and sizing sys...
In ultrasonic nondestructive evaluation, one of the factors that can greatly affect the inspectibili...
The ultrasonic detection (discrimination from geometrical reflectors) and sizing of intergranular st...
Type and size are the most important defect characteristics that need to be determined for reliable ...
Ultrasonic detection and sizing of intergranular stress corrosion cracks (IGSCC) in nuclear reactor ...
Accurate calculation of the stress intensity factor on a given component under load relies on an acc...
Ultrasonic detection and measurement of fatigue crack propagation in notched specimens of aluminum, ...
Ultrasonics applied to detection of fatigue cracks in aluminum, mild steel, and alloys of aluminum a...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
The reliability of fatigue-crack detection plays an important role in the safety of aircraft structu...
The scattered radiation of elastic waves from fatigue cracks in metals is interpreted for their dete...