Add to ORKGNon-destructive thermographic techniques for detection of flaws in massive forging. The application fields and limitations of induction thermography were studied with respect to non-destructive testing of cold and warm forged components for shallow defects. In series investigations thermography turned out to be a technique with high probability of detection and low pseudo reject rate. Concept for production testing systems were worked out that suggest that the required testing cycle times can be achieved. The cost-effectiveness of the running costs is better than that of magnetic particle inspection
Induction thermography technique is assessed experimentally on aircraft engine parts with fatigue cr...
This report is focus on induction thermography which is a branch under external energy source excita...
A feasibility study is made to search if lock-in thermography can be usefully employed in non-destru...
The application fields and limitations of induction thermography were studied with respect to non-de...
Dynamic thermography with inductive excitation is analysed as an alternative to magnetic particle in...
Active thermography, using electromagnetic excitation, is a non-contacting, non-destructive evaluati...
A survey on theory, characteristic quantities, and the experimental technique of induction thermogra...
A survey on theory, characteristic quantities and the experimental technique of induction thermograp...
Thermographic techniques are of growing importance for non-destructive testing because they allow fa...
Non-destructive testing methods for quality assurance are becoming of ever increasing importance in ...
In this work, we approach the possibilities of infrared thermography for non-destructive testing of ...
Nondestructive testing by means of thermal methods is based on detection of different thermophysical...
AbstractThe periodic inspection and evaluation of components and systems is paramount to ensure they...
Several studies demonstrate the effectiveness of pulsed thermography for detection and visualization...
Industrial production, which uses the forging tools constantly increases the requirements for the co...
Induction thermography technique is assessed experimentally on aircraft engine parts with fatigue cr...
This report is focus on induction thermography which is a branch under external energy source excita...
A feasibility study is made to search if lock-in thermography can be usefully employed in non-destru...
The application fields and limitations of induction thermography were studied with respect to non-de...
Dynamic thermography with inductive excitation is analysed as an alternative to magnetic particle in...
Active thermography, using electromagnetic excitation, is a non-contacting, non-destructive evaluati...
A survey on theory, characteristic quantities, and the experimental technique of induction thermogra...
A survey on theory, characteristic quantities and the experimental technique of induction thermograp...
Thermographic techniques are of growing importance for non-destructive testing because they allow fa...
Non-destructive testing methods for quality assurance are becoming of ever increasing importance in ...
In this work, we approach the possibilities of infrared thermography for non-destructive testing of ...
Nondestructive testing by means of thermal methods is based on detection of different thermophysical...
AbstractThe periodic inspection and evaluation of components and systems is paramount to ensure they...
Several studies demonstrate the effectiveness of pulsed thermography for detection and visualization...
Industrial production, which uses the forging tools constantly increases the requirements for the co...
Induction thermography technique is assessed experimentally on aircraft engine parts with fatigue cr...
This report is focus on induction thermography which is a branch under external energy source excita...
A feasibility study is made to search if lock-in thermography can be usefully employed in non-destru...