Thermal methods in nondestructive testing utilize the fact that the thermal properties of a defect differ from those of the host material so that temperature distortions result when the material is heated. If the temperature distortions are measured (e.g., by an infrared camera), the data can be analyzed.to possibly locate and/or size the defect. Heating materials having defects has been accomplished in the past by using heat sources such as halogen lamps, hot air, or pulsed lasers
A novel application of the hot disk transient plane source technique is described. The new applicati...
This paper investigates the use of transient infrared thermography in a transmission mode for subsur...
Abstract In this work, investigations have been conducted on a novel technique for enhancing thermog...
Nondestructive testing by means of thermal methods is based on detection of different thermophysical...
The principle employed to obtain an image of a sub-surface defect by transient thermography is decep...
During the last decades, a substantial amount of research and practical work has been conducted on n...
Surface breaking defects are detected using a scanning laser source to deposit heat into a sample su...
Nondestructive thermal examination can uncover the presence of defects via temperature distributi...
In recent years a variety of NDT techniques utilizing an IR camera have been developed (for example ...
Infrared thermography, as a NDT tool, has been used intensively by nondestructive evaluation enginee...
ABSTRACT. Structural defects such as cracks have recently been identifiable through a new nondestruc...
In thermal nondestructive testing, interactions of heat flows with the internal structures of test o...
A surface crack, close to a small, well-defined heated spot, impedes lateral heat flow and produces ...
Transient thermography, which employs pulse surface heating of an inspected component followed by ac...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
A novel application of the hot disk transient plane source technique is described. The new applicati...
This paper investigates the use of transient infrared thermography in a transmission mode for subsur...
Abstract In this work, investigations have been conducted on a novel technique for enhancing thermog...
Nondestructive testing by means of thermal methods is based on detection of different thermophysical...
The principle employed to obtain an image of a sub-surface defect by transient thermography is decep...
During the last decades, a substantial amount of research and practical work has been conducted on n...
Surface breaking defects are detected using a scanning laser source to deposit heat into a sample su...
Nondestructive thermal examination can uncover the presence of defects via temperature distributi...
In recent years a variety of NDT techniques utilizing an IR camera have been developed (for example ...
Infrared thermography, as a NDT tool, has been used intensively by nondestructive evaluation enginee...
ABSTRACT. Structural defects such as cracks have recently been identifiable through a new nondestruc...
In thermal nondestructive testing, interactions of heat flows with the internal structures of test o...
A surface crack, close to a small, well-defined heated spot, impedes lateral heat flow and produces ...
Transient thermography, which employs pulse surface heating of an inspected component followed by ac...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
A novel application of the hot disk transient plane source technique is described. The new applicati...
This paper investigates the use of transient infrared thermography in a transmission mode for subsur...
Abstract In this work, investigations have been conducted on a novel technique for enhancing thermog...