Petrophysical seismic inversion, aided by rock physics, aims at estimating reservoir
properties based on reflection events, but it is generally based on the Gassmann equation …

When a seismic wave travels through a fluid-saturated porous reservoir containing aligned
fractures, it induces oscillatory fluid flow between the fractures and the embedding …

Microtremor measurements and the horizontal-to-vertical spectral ratio (HVSR) technique,
generally used for site effect studies as well as to determine the thickness of soft …

The White model is generally used to quantify seismic dispersion and attenuation caused by
interlayer wave-induced fluid flow. However, this model derives P-wave dispersion and …

We have investigated the impact of wave-induced fluid flow, including Biot flow and
mesoscopic flow, on the signatures of seismic reflectivity in heterogeneous reservoir rocks …

Numerous theoretical models have been proposed for computing seismic wave dispersion
and attenuation in rocks with aligned fractures due to wave-induced fluid flow between the …

Naturally fractured reservoirs are becoming increasingly important for oil and gas
exploration in many areas of the world. Because fractures may control the permeability of a …

When a porous medium is permeated by open fractures, wave-induced flow between pores
and fractures can cause significant attenuation and dispersion. Most studies of this …

Seismic wave propagation through fractured rocks is greatly influenced by their fracture
system and fluid content. In this paper, we derive expressions for the anisotropic frequency …

Understanding the mechanisms of wave-induced fluid flow in the pore space combined with
attenuation and dispersion measurements may be used to estimate rock hydraulic …