Add to ORKGWhen subjecting a solid material to acoustic excitation with varying amplitude and sweep rate, the frequency shift response is not always behaving linear with amplitude. This phenomenon is connected to intricate nonlinear mechanics appearing in naturally imperfect materials and in damaged non-atomic solids. It is being investigated for different excitation amplitudes and for varying frequency sweep rates. This onset distribution can be mapped as an activation density
This research experimentally investigates the sensitivity of the acoustic nonlinearity parameter to ...
An important aspect of nondestructive evaluation is materials characterization, in particular, detec...
Measurement methods aimed at determining material properties through nonlinear wave propagation are ...
When subjecting a solid material to acoustic excitation with varying amplitude and sweep rate, the f...
A damaged material or a material with non perfect atomic geometry, dislocations or cracks, exhibits ...
Acoustic nonlinearity in a medium may occur as a result of a variety of mechanisms. Some of the more...
When excited by elastic waves, nonlinear mesoscopic elastic materials (for example, consolidated gra...
Developments in nonlinear acoustics are followed from gases to liquids to solids. For all materials ...
The presence of mesoscopic features and damage in quasi-brittle materials causes significant second ...
The presence of mesoscopic features and damage in quasi-brittle materials causes significant second-...
Like many materials, granite exhibits both nonlinear acoustic distortion and slow nonequilibrium dyn...
Nonlinear effects on the propagation of elastic waves in hysteretic media are of great importance, w...
Recent nonlinear elastic wave spectroscopy experiments have shown that the nonlinear ultrasonic resp...
In room impulse response measurements, there are some common disturbances that affect the measured r...
This paper is aimed at developing a theoretical model able to predict the generation of nonlinear el...
This research experimentally investigates the sensitivity of the acoustic nonlinearity parameter to ...
An important aspect of nondestructive evaluation is materials characterization, in particular, detec...
Measurement methods aimed at determining material properties through nonlinear wave propagation are ...
When subjecting a solid material to acoustic excitation with varying amplitude and sweep rate, the f...
A damaged material or a material with non perfect atomic geometry, dislocations or cracks, exhibits ...
Acoustic nonlinearity in a medium may occur as a result of a variety of mechanisms. Some of the more...
When excited by elastic waves, nonlinear mesoscopic elastic materials (for example, consolidated gra...
Developments in nonlinear acoustics are followed from gases to liquids to solids. For all materials ...
The presence of mesoscopic features and damage in quasi-brittle materials causes significant second ...
The presence of mesoscopic features and damage in quasi-brittle materials causes significant second-...
Like many materials, granite exhibits both nonlinear acoustic distortion and slow nonequilibrium dyn...
Nonlinear effects on the propagation of elastic waves in hysteretic media are of great importance, w...
Recent nonlinear elastic wave spectroscopy experiments have shown that the nonlinear ultrasonic resp...
In room impulse response measurements, there are some common disturbances that affect the measured r...
This paper is aimed at developing a theoretical model able to predict the generation of nonlinear el...
This research experimentally investigates the sensitivity of the acoustic nonlinearity parameter to ...
An important aspect of nondestructive evaluation is materials characterization, in particular, detec...
Measurement methods aimed at determining material properties through nonlinear wave propagation are ...