Add to ORKGA laser-based systemwas used to study thermoelastic (TE) and ablative (AB) ultrasonic generation mechanisms in graphite/polymer composites. When laser pulses of sufficiently low energy are incident on the sample, elastic waves are generated by the thermal expansion which accompanies absorption of the laser energy. At highe
Laser induced elastic waves in soft media have great potential to characterize tissue biomechanical ...
Pulsed lasers can generate ultrasound from stresses due to rapid thermal expansion. In this low powe...
International audienceIn this paper, we describe a laser-ultrasonics system that comprises a high po...
A laser-based system was used to study thermoelastic (TE) and ablative (AB) ultrasonic generation me...
Ultrasonic signals have been generated and detected in graphite/polymer composites by optical method...
Ultrasonic signals have been generated and detected in graphite/polymer composites by optical method...
This paper investigates damage free ultrasound generation on Carbon Fiber Reinforced Composites usin...
The amount of Carbon Fibre Reinforced Composites (CFRCs) used in the aerospace industry has increase...
A wide bandwidth 1-3 connectivity piezocomposite air transducer has been used to detect laser-genera...
This paper compares the generation efficiencies and damage thresholds in carbon-fiber reinforced com...
Laser techniques are beginning to be used for non-contact ultrasonic inspection of carbon fibre rein...
A laser-based ultrasonic technique using a pulsed laser for st imulat ing ultrasonic waves in fiber-...
Techniques are being developed worldwide for non-contact ultrasonic inspection of composite material...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
International audienceIn this contribution, we describe the principle of a 2 layer model of thermoel...
Laser induced elastic waves in soft media have great potential to characterize tissue biomechanical ...
Pulsed lasers can generate ultrasound from stresses due to rapid thermal expansion. In this low powe...
International audienceIn this paper, we describe a laser-ultrasonics system that comprises a high po...
A laser-based system was used to study thermoelastic (TE) and ablative (AB) ultrasonic generation me...
Ultrasonic signals have been generated and detected in graphite/polymer composites by optical method...
Ultrasonic signals have been generated and detected in graphite/polymer composites by optical method...
This paper investigates damage free ultrasound generation on Carbon Fiber Reinforced Composites usin...
The amount of Carbon Fibre Reinforced Composites (CFRCs) used in the aerospace industry has increase...
A wide bandwidth 1-3 connectivity piezocomposite air transducer has been used to detect laser-genera...
This paper compares the generation efficiencies and damage thresholds in carbon-fiber reinforced com...
Laser techniques are beginning to be used for non-contact ultrasonic inspection of carbon fibre rein...
A laser-based ultrasonic technique using a pulsed laser for st imulat ing ultrasonic waves in fiber-...
Techniques are being developed worldwide for non-contact ultrasonic inspection of composite material...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
International audienceIn this contribution, we describe the principle of a 2 layer model of thermoel...
Laser induced elastic waves in soft media have great potential to characterize tissue biomechanical ...
Pulsed lasers can generate ultrasound from stresses due to rapid thermal expansion. In this low powe...
International audienceIn this paper, we describe a laser-ultrasonics system that comprises a high po...