Add to ORKGThe laser-ultrasonic technique is a promising tool in the field ofthe mechanical characterization of materials [ 1,2]. The use of a Iaser is associated to three temporal convolutions related to the source parameters (the spot size, the pulse duration and the wavelength ofthe excitation) [3,4]. Fora given wavelength, the evaluation ofth
Industries such as the aeronautic industry or iron and steel industry are increasingly interested in...
Laser ultrasonics is currently the optimal method for non-destructive testing of composite materials...
The principles and uses of optical techniques for the generation and detection of ultrasound have be...
International audienceThe laser-ultrasonic technique is a promising tool in the field of the mechani...
The laser-ultrasonic technique is a promising tool in the field of the mechanical characterization o...
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
The use of laser-based electronics in the testing of materials and structures offers various advanta...
There is now a growing interest in the use of laser-generated ultrasound for nondestructive evaluati...
The use of laser-based ultrasonics in the testing of materials and structures offers various advanta...
Laser systems for excitation and detection of ultrasonic waves incorporate the benefits of a complet...
An overview is given about laser ultrasonics and its applications. For the effective excitation of u...
International audienceThe laser thermoelastic generation of ultrasound is a promising technique with...
In conventional ultrasonic nondestructive evaluation studies, piezoelectric transducers are used to ...
International audienceWe present a correction technique of the temporal convolution effects related ...
Industries such as the aeronautic industry or iron and steel industry are increasingly interested in...
Laser ultrasonics is currently the optimal method for non-destructive testing of composite materials...
The principles and uses of optical techniques for the generation and detection of ultrasound have be...
International audienceThe laser-ultrasonic technique is a promising tool in the field of the mechani...
The laser-ultrasonic technique is a promising tool in the field of the mechanical characterization o...
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
The use of laser-based electronics in the testing of materials and structures offers various advanta...
There is now a growing interest in the use of laser-generated ultrasound for nondestructive evaluati...
The use of laser-based ultrasonics in the testing of materials and structures offers various advanta...
Laser systems for excitation and detection of ultrasonic waves incorporate the benefits of a complet...
An overview is given about laser ultrasonics and its applications. For the effective excitation of u...
International audienceThe laser thermoelastic generation of ultrasound is a promising technique with...
In conventional ultrasonic nondestructive evaluation studies, piezoelectric transducers are used to ...
International audienceWe present a correction technique of the temporal convolution effects related ...
Industries such as the aeronautic industry or iron and steel industry are increasingly interested in...
Laser ultrasonics is currently the optimal method for non-destructive testing of composite materials...
The principles and uses of optical techniques for the generation and detection of ultrasound have be...