Predicting the behavior of a saturated rock with variations in pore fluid pressure during geo-
energy production and storage, deep geological disposal of nuclear wastes, etc. with …

A critical review, examination, and clarification of the various issues and problems
concerning the definition and dependence of the effective‐stress coefficients of porous‐rock …

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

The study makes use of polynomial chaos expansions to compute Sobol׳ indices within the
frame of a global sensitivity analysis of hydro-dispersive parameters in a simplified vertical …

We characterized the poroelastic deformation of six cores from three formations associated
with the Bakken play in the Williston Basin (the Lodgepole, Middle Bakken, and Three Forks …

The Biot coefficient is a parameter that is encountered in the theory of classical
poroelasticity, dealing with the mechanics of a fluid-saturated porous medium with elastic …

The transient flow method for measuring permeability to liquid is a useful technique for shale
and tight rocks; however, it is not as popular as the steady-state method in these rocks. One …

The hydraulic properties of geologic formations, such as specific storage and hydraulic
conductivity, are known to vary spatially due to formation heterogeneity; however, they may …

This research was conducted to determine how the incorporation of different poroelastic
equations would affect the measured rock matrix bulk modulus in the laboratory. To do this …

In this research, two empirical correlations have been introduced to calculate the dynamic
Biot coefficients of low-porosity and high-porosity sandstone samples from two open pit …