The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small defects within the bulk of a structure. The technique is capable of reliably finding small volumetric defects when the defect size is approximately 0.030 inches in diameter and the specimen thicknesses are not too great. If the distance between the transducer and the defect is large, greater than 2 near field distances, the minimum value of volumetric flaw sizes that can be reliably detected rises considerably. For 6-8 inch thick plates, it is not too surprising to occasionally miss volumetric defects such as slag inclusions of considerable length
The international activities in developing new flaw characterization methods with special emphasis o...
Type and size are the most important defect characteristics that need to be determined for reliable ...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
In solving ultrasonic flaw characterization problems, flaw type information is often needed in order...
Ultrasonic pulse-echo techniques are widely used for detection and sizing of defects. However, studi...
I would like to give an overview of our work in quantitative ultrasonics in the ARPA/AFML program. T...
When ultrasonic waves are reflected from acoustic discontinuities in materials, the shape of these e...
Type and size are the most important defect characteristics that need to be determined for reliable ...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
Research concerning bulk and surface wave methods for the measurement of the depth of surface-breaki...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
Type, through-wall dimension (depth), and location are the most important flaw characteristics that ...
The stress wave factor (SWF) signal is utilized for the nondestructive evaluation of plates containi...
The need for high reliability interior crack detection in jet engine turbine components requires an ...
The international activities in developing new flaw characterization methods with special emphasis o...
Type and size are the most important defect characteristics that need to be determined for reliable ...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
In solving ultrasonic flaw characterization problems, flaw type information is often needed in order...
Ultrasonic pulse-echo techniques are widely used for detection and sizing of defects. However, studi...
I would like to give an overview of our work in quantitative ultrasonics in the ARPA/AFML program. T...
When ultrasonic waves are reflected from acoustic discontinuities in materials, the shape of these e...
Type and size are the most important defect characteristics that need to be determined for reliable ...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
Research concerning bulk and surface wave methods for the measurement of the depth of surface-breaki...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...
Type, through-wall dimension (depth), and location are the most important flaw characteristics that ...
The stress wave factor (SWF) signal is utilized for the nondestructive evaluation of plates containi...
The need for high reliability interior crack detection in jet engine turbine components requires an ...
The international activities in developing new flaw characterization methods with special emphasis o...
Type and size are the most important defect characteristics that need to be determined for reliable ...
The objective of this work is to develop an advanced automatic ultrasonic inspection system via adap...