In the past few decades, great attention has been focused on uncovering the physics of
seismic wave attenuation in fluid-saturated rocks. However, the relationship among many …

Elastic (seismic) wave stimulation is considered one of the unconventional enhanced oil
recovery (EOR) methods. Increasing water quantity in the high permeability layer of a mature …

Understanding acoustic wave dispersion and attenuation induced by local (squirt) fluid flow
between pores and cracks (compliant pores) is fundamental for better characterization of the …

Conventional seismic analysis in partially saturated rocks normally lays emphasis on
estimating pore fluid content and saturation, typically ignoring the effect of mobility, which …

Underground fractures play an important role in the storage and movement of hydrocarbon
fluid. Fracture rock physics has been the useful bridge between fracture parameters and …

We studied seismic attenuation of P-and S-waves caused by the physical mechanism of
wave-induced fluid flow at the mesoscopic scale. Stress relaxation experiments were …

At seismic frequencies, wave-induced fluid flow is a major cause of P-wave attenuation in
partially saturated porous rocks. Attenuation is of great importance for the oil industry in the …

Seismic waves passing through partially saturated porous rocks produce pressure gradients
in the fluid phase, and, hence, the resulting fluid flow is accompanied by various length …

Amplitude variation with offset/angle of incidence inversion has been playing a key role in
hydrocarbon detection and reservoir characterization. Traditionally, it has been limited to …

To simulate the frequency-dependent response of turbidite reservoirs in the JZ Area, near
the Bohai Sea, China, we apply a diffusive and viscous wave equation (DVWE), which takes …