Add to ORKGThis report is focus on induction thermography which is a branch under external energy source excitation method. The mechanism of this method is to induce a temperature difference between defective and non-defective area in the specimen so that a thermographic camera could capture temperature distribution and differentiate the difference.Bachelor of Engineering (Mechanical Engineering
Three active thermal methods capable of detecting surface breaking cracks in metals are considered i...
The demand of non-destructive methods to detect cracks caused by fatigue or brittle behavior in larg...
In this article, we present a measurement procedure to gain information about depth and angle of ope...
This report is focus on induction thermography which is a branch under external energy source excita...
Early fatigue crack growth behavior is an important aspect to the total fatigue life for many engine...
In the last few years, induction thermography has been established as a non-destructive testing meth...
Active dynamic thermography using inductive heating was used for investigations on different steel c...
Thermo-mechanical fatigue (TMF) tests and strain to crack (SC) tests at elevated temperature are imp...
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...
Active thermography, using electromagnetic excitation, is a non-contacting, non-destructive evaluati...
Dynamic thermography with inductive excitation is analysed as an alternative to magnetic particle in...
Induction thermography technique is assessed experimentally on aircraft engine parts with fatigue cr...
The application fields and limitations of induction thermography were studied with respect to non-de...
Active thermography, using electromagnetic excitation, allows detecting defects like cracks which di...
Three active thermal methods capable of detecting surface breaking cracks in metals are considered i...
The demand of non-destructive methods to detect cracks caused by fatigue or brittle behavior in larg...
In this article, we present a measurement procedure to gain information about depth and angle of ope...
This report is focus on induction thermography which is a branch under external energy source excita...
Early fatigue crack growth behavior is an important aspect to the total fatigue life for many engine...
In the last few years, induction thermography has been established as a non-destructive testing meth...
Active dynamic thermography using inductive heating was used for investigations on different steel c...
Thermo-mechanical fatigue (TMF) tests and strain to crack (SC) tests at elevated temperature are imp...
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...
Active thermography, using electromagnetic excitation, is a non-contacting, non-destructive evaluati...
Dynamic thermography with inductive excitation is analysed as an alternative to magnetic particle in...
Induction thermography technique is assessed experimentally on aircraft engine parts with fatigue cr...
The application fields and limitations of induction thermography were studied with respect to non-de...
Active thermography, using electromagnetic excitation, allows detecting defects like cracks which di...
Three active thermal methods capable of detecting surface breaking cracks in metals are considered i...
The demand of non-destructive methods to detect cracks caused by fatigue or brittle behavior in larg...
In this article, we present a measurement procedure to gain information about depth and angle of ope...