The use of ultrasonic waves to characterize a material requires the measurement of a variety of wave attributes such as phase velocity and attenuation. For example, experimentally measured phase velocities can be used to calculate elastic constants (such as the Lame constants λ and μ), while attenuation results can be used to characterize the distribution)
Attenuation of Rayleigh-type surface acoustic waves induced by grain-boundary scattering is studied ...
Conventional contact ultrasonic methods suffer from large variability, which is known to originate ...
Nous présentons une revue de l'état actuel de l'utilisation de l'attenuation des ultrasons comme tec...
Lasers can be used to excite and detect ultrasonic waves in a wide variety of materials. This allows...
Ultrasonic nondestructive evaluation of non-traditional civil engineering materials such as aluminum...
This thesis describes a method developed to quickly measure the Rayleigh wave Q for a test material ...
The acoustoelastic effect refers to the fact that elastic wave velocities vary with stress. Measurem...
Laser ultrasonics has been the focus of several research efforts over the last two decades. The main...
Localized heating produced by absorption from a pulsed laser provides an efficient noncontacting sou...
In conventional ultrasonic nondestructive evaluation studies, piezoelectric transducers are used to ...
To compliment non-contacting ultrasonic generation using lasers, it is ideal to have a remote, non-c...
We have developed a technique for imaging variation in the surface characteristics of a sample by me...
The acoustoelastic effect refers to the fact that elastic wave velocities vary with stress. Measurem...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
"March 21, 1947."Bibliography: p. 21.Army Signal Corps Contract No. W-36-039 sc-32037by H.B Huntingt...
Attenuation of Rayleigh-type surface acoustic waves induced by grain-boundary scattering is studied ...
Conventional contact ultrasonic methods suffer from large variability, which is known to originate ...
Nous présentons une revue de l'état actuel de l'utilisation de l'attenuation des ultrasons comme tec...
Lasers can be used to excite and detect ultrasonic waves in a wide variety of materials. This allows...
Ultrasonic nondestructive evaluation of non-traditional civil engineering materials such as aluminum...
This thesis describes a method developed to quickly measure the Rayleigh wave Q for a test material ...
The acoustoelastic effect refers to the fact that elastic wave velocities vary with stress. Measurem...
Laser ultrasonics has been the focus of several research efforts over the last two decades. The main...
Localized heating produced by absorption from a pulsed laser provides an efficient noncontacting sou...
In conventional ultrasonic nondestructive evaluation studies, piezoelectric transducers are used to ...
To compliment non-contacting ultrasonic generation using lasers, it is ideal to have a remote, non-c...
We have developed a technique for imaging variation in the surface characteristics of a sample by me...
The acoustoelastic effect refers to the fact that elastic wave velocities vary with stress. Measurem...
Laser generation and detection of ultrasound has the obvious advantage of requiring no mechanical co...
"March 21, 1947."Bibliography: p. 21.Army Signal Corps Contract No. W-36-039 sc-32037by H.B Huntingt...
Attenuation of Rayleigh-type surface acoustic waves induced by grain-boundary scattering is studied ...
Conventional contact ultrasonic methods suffer from large variability, which is known to originate ...
Nous présentons une revue de l'état actuel de l'utilisation de l'attenuation des ultrasons comme tec...