Laser ultrasound is now an accepted and mature technology. However it is still seeking its first fully commercial industrial application although there are several potential uses in prototype form. The major advantage of laser ultrasound is that it is a non contact technique and can therefore be used on hot or moving components. The pulsed laser source generates simultaneously longitudinal and shear bulk waves and Rayleigh surface waves. When the material is in the form of a thin sheet the latter propagate as Lamb or plate waves providing the ultrasonic wavelength is greater than the sheet thickness
The generation of ultrasound by laser interaction with materials was first studied by White in 1963....
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
Laser-ultrasound technology is typically employed in case of non-destructive, non-contact inspection...
Ultrasonic waves which propagate along the surface of a plate can be described by the Rayleigh-Lamb ...
We present our perspectives on using laser ultrasound, coupled with optical detection, to characteri...
Lamb waves have been successfully used for the detection of defects in and on the surfaces of plate-...
To compliment non-contacting ultrasonic generation using lasers, it is ideal to have a remote, non-c...
Laser ultrasound is now an accepted and mature technology. However it is still seeking its first ful...
Lasers offer a non-contact method for generating ultrasound. The main advantages are that specimen c...
Laser ultrasonics has been the focus of several research efforts over the last two decades. The main...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
The use of lasers as ultrasound sources is of interest in nondestructive materials testing, primaril...
Laser generated ultrasound (LGU) is now established as an important non contact technique. The use o...
Laser ultrasonics is expected to provide a nondestructive evaluation (NDE) method of materials in ci...
Laser generation and detection of ultrasound has the advantage of requiring no mechanical contact wi...
The generation of ultrasound by laser interaction with materials was first studied by White in 1963....
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
Laser-ultrasound technology is typically employed in case of non-destructive, non-contact inspection...
Ultrasonic waves which propagate along the surface of a plate can be described by the Rayleigh-Lamb ...
We present our perspectives on using laser ultrasound, coupled with optical detection, to characteri...
Lamb waves have been successfully used for the detection of defects in and on the surfaces of plate-...
To compliment non-contacting ultrasonic generation using lasers, it is ideal to have a remote, non-c...
Laser ultrasound is now an accepted and mature technology. However it is still seeking its first ful...
Lasers offer a non-contact method for generating ultrasound. The main advantages are that specimen c...
Laser ultrasonics has been the focus of several research efforts over the last two decades. The main...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
The use of lasers as ultrasound sources is of interest in nondestructive materials testing, primaril...
Laser generated ultrasound (LGU) is now established as an important non contact technique. The use o...
Laser ultrasonics is expected to provide a nondestructive evaluation (NDE) method of materials in ci...
Laser generation and detection of ultrasound has the advantage of requiring no mechanical contact wi...
The generation of ultrasound by laser interaction with materials was first studied by White in 1963....
The successful application of laser techniques for ultrasonic testing depends on the efficient coupl...
Laser-ultrasound technology is typically employed in case of non-destructive, non-contact inspection...