This study presents laboratory measurements of P and S wave velocities of two carbonate
rocks (porous limestone and yellow cemented limestone). The experimental results were …

In laboratory rock mechanics experiments, it is common practice to employ single-
component acoustic emission (AE) sensors to monitor the rock fracturing process, where the …

Bulk modulus which relates seismic attributes to rock and fluid properties is considered as
an important parameter for seismic reservoir characterisation workflows, and can provide …

An accurate determination of the emitted S-wave arrival time at the piezoelectric receiver of
laboratory triaxial cells is challenging due to the complex preceding P-and S-wave patterns …

Elastic wave velocities of compressional and shear waves propagating through sedimentary
rocks are often coupled with information of bulk density to derive the rock stiffness. Acquiring …

It is now well-established that earthquakes change the seismic velocity of the near surface.
There is certainly some understanding of what mechanisms are responsible for these …

For oil and gas seismic exploration, rock velocities are essential parameters to tease out
reservoir properties from seismic data. The ultrasonic pulse transmission (UPT) method has …

The change of ultrasonic velocities and displacement on the core scale for the isotropic
Gosford sandstone was studied using the Laser Doppler Interferometry (LDI) method. We …

When two waves interact within a rock sample, the interaction strength depends strongly on
the sample's microstructural properties, including the orientation of the sample layering. The …

This research focuses on ultrasonic transducer responses and elastic wave propagation in
solid materials. This work was inspired by previous studies in geophysics, and its …