It has long been postulated that vibrothermographic heating—the heating of cracks due to sound or vibration‐induced rubbing—may be frequency dependent. It has been difficult to factor out the innate frequency dependence of the heat‐generation process from the geometry‐dependent mode structure. We present experiments showing the heating of cracks in slender Inconel∕Titanium specimens at transverse resonance. Different resonant modes vibrate at different frequencies but load the crack in the same way (Mode I). The results show a clear increase of heating with vibration frequency
A major drawback of ultrasound excited thermography applied to metal components manifests in the pro...
In this thesis project, a newly developed 3D laser vibrometer system was used to demonstrate that he...
Topics Abstract This paper demonstrates the enhanced detectability of barely visible impact damage ...
Vibrothermography is a method for finding cracks based on the heat generation due to vibration-induc...
Vibrothermography, also known as Sonic IR and thermosonics, is a method for finding cracks through t...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is a nondestructive evaluation (NDE) technique that has shown great promise in det...
Vibrothermography is a technique for finding cracks and delaminations through infrared imaging of vi...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is an NDE inspection which uses vibration to stimulate surface cracks and measure ...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is a nondestructive technique for finding defects through vibration‐induced heatin...
Vibrothermography, or sonic IR, is a nondestructive evaluation technique used to find surface and ne...
Vibrothermography is a technique for finding cracks and delaminations through infrared imaging of vi...
We report on the construction and development of a broad‐spectrum vibrothermography (Sonic IR) measu...
A major drawback of ultrasound excited thermography applied to metal components manifests in the pro...
In this thesis project, a newly developed 3D laser vibrometer system was used to demonstrate that he...
Topics Abstract This paper demonstrates the enhanced detectability of barely visible impact damage ...
Vibrothermography is a method for finding cracks based on the heat generation due to vibration-induc...
Vibrothermography, also known as Sonic IR and thermosonics, is a method for finding cracks through t...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is a nondestructive evaluation (NDE) technique that has shown great promise in det...
Vibrothermography is a technique for finding cracks and delaminations through infrared imaging of vi...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is an NDE inspection which uses vibration to stimulate surface cracks and measure ...
Vibrothermography is an inspection technique that detects cracks by observing vibration induced crac...
Vibrothermography is a nondestructive technique for finding defects through vibration‐induced heatin...
Vibrothermography, or sonic IR, is a nondestructive evaluation technique used to find surface and ne...
Vibrothermography is a technique for finding cracks and delaminations through infrared imaging of vi...
We report on the construction and development of a broad‐spectrum vibrothermography (Sonic IR) measu...
A major drawback of ultrasound excited thermography applied to metal components manifests in the pro...
In this thesis project, a newly developed 3D laser vibrometer system was used to demonstrate that he...
Topics Abstract This paper demonstrates the enhanced detectability of barely visible impact damage ...