Acoustic wave phenomena in porous media containing multiphase fluids have received
considerable attention in recent years because of an increasing scientific awareness of …

Use of seismic vibration has been proposed as a low-cost IOR method, with reports of some
successful field results. A key difficulty with the method is that its mechanism for oil recovery …

The mechanical behavior of porous media is largely governed by the interactions among
coexisting components. These interactions occur through interfaces. In this paper, a …

A theory of wave propagation in isotropic poroelastic media saturated by two immiscible
Newtonian fluids is presented. The macroscopic constitutive relations, and mass and …

We undertook laboratory-based seismic measurements with dense sensor array at
ultrasonic frequencies during the injection of CO2 into a water-saturated sandstone …

Seismic waves propagating in a porous medium, under favourable conditions, generate
measurable electromagnetic fields due to electrokinetic effects. It has been proposed …

The exploration and exploitation of shale oil is an important aspect in the oil industry.
Seismic properties and well‐log data are essential to establish wave‐propagation models …

This paper establishes the concept of elastic wave propagation in a multi-porous medium
with different permeabilities by assuming there are n distinct pore fluid phases. The dynamic …

A new approach of seismoelectric imaging has been recently proposed to detect saturation
fronts in which seismic waves are focused in the subsurface to scan its heterogeneous …

Macroscopic differential equations of mass and momentum balance for two immiscible fluids
in a deformable porous medium are derived in an Eulerian framework using the continuum …