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 …

Abstract 3D printing is an emerging technology which can offer valuable insight into rock
characterization and theoretical model verification due to the sample reproducibility. Also, it …

Replicating sedimentary rocks using three-dimensional (3D) printing can support routine
reservoir rock analysis in petrophysical and geomechanical experiments, which is done …

Abstract 3D printing technology offers an innovative approach to manufacture rock samples
with controlled properties. However, in this process, pore structure is one of the major …

A constitutive framework is developed for variably saturated water-active swelling rocks
undergoing chemical damage using modified mixture theory and continuum damage …

Artificially intelligent and predictive modelling of geomechanical properties is performed by
creating supervised machine learning data models utilizing artificial neural networks (ANN) …

Biot's coefficient is an essential factor for estimating reliable-effective stress and an efficient
tool in understanding the rock's response to pressure and stress changes. This coefficient is …

Cement is a poroelastic material rather than elastic material. Early researchers have
measured the strengths and elastic properties of oil well cement, but Biot's effective stress …

The vertical and horizontal mechanical properties of a Vertically Transverse Isotropic (VTI)
medium can be obtained from five stiffness coefficients (C 33, C 44, C 66, C 13 and C 12) …