Report describes a prototype computer-automated ultrasonic system developed for the inspection of weldments. This system can be operated in three modes: manual, automatic, and computer-controlled. In the computer-controlled mode, the system will automatically acquire, process, analyze, store, and display ultrasonic inspection data in real-time. Flaw size (in cross-section), location (depth), and type (porosity-like or crack-like) can be automatically discerned and displayed. The results and pertinent parameters are recorded
A system developed by the NDE Group of the Los Alamos Scientific Laboratory for the automated scanni...
Radiographic, penetrant, ultrasonic shear wave and ultrasonic delta inspection methods for critical ...
The goal of this project was to develop an automated ultrasonic inspection system for Norton Company...
Ultrasonic studies are described which are specifically directed toward the quantitative measurement...
An automatic ultrasonic testing system has been developed which significantly improves the flaw indi...
Current ultrasonic inspection of aircraft components often employs standard immersion test technique...
A modular system composed of two sets of tasks which interprets the flaw data and allows compensatio...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
This computer-aided automated ultrasonic inspection and data collection system is designed for inspe...
Inspection system for bonded honeycomb assemblies is accurate, fast, and automated. The ultrasonic s...
Ultrasonic instrument has been developed for use in quantitative nondestructive evaluation of materi...
Automated ultrasonic testing (UT) of big structures poses particular problems related directly to ec...
Inspection of aircraft composite structures at field site facilities (air bases) is routinely perfor...
Interpretation of ultrasonic NDT data can be a complex task. Interpreters must be highly skilled, an...
Since the first commercial apparatus was developed in 1943 for the use of the pulse echo method, ult...
A system developed by the NDE Group of the Los Alamos Scientific Laboratory for the automated scanni...
Radiographic, penetrant, ultrasonic shear wave and ultrasonic delta inspection methods for critical ...
The goal of this project was to develop an automated ultrasonic inspection system for Norton Company...
Ultrasonic studies are described which are specifically directed toward the quantitative measurement...
An automatic ultrasonic testing system has been developed which significantly improves the flaw indi...
Current ultrasonic inspection of aircraft components often employs standard immersion test technique...
A modular system composed of two sets of tasks which interprets the flaw data and allows compensatio...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
This computer-aided automated ultrasonic inspection and data collection system is designed for inspe...
Inspection system for bonded honeycomb assemblies is accurate, fast, and automated. The ultrasonic s...
Ultrasonic instrument has been developed for use in quantitative nondestructive evaluation of materi...
Automated ultrasonic testing (UT) of big structures poses particular problems related directly to ec...
Inspection of aircraft composite structures at field site facilities (air bases) is routinely perfor...
Interpretation of ultrasonic NDT data can be a complex task. Interpreters must be highly skilled, an...
Since the first commercial apparatus was developed in 1943 for the use of the pulse echo method, ult...
A system developed by the NDE Group of the Los Alamos Scientific Laboratory for the automated scanni...
Radiographic, penetrant, ultrasonic shear wave and ultrasonic delta inspection methods for critical ...
The goal of this project was to develop an automated ultrasonic inspection system for Norton Company...