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 …

With the exploitation of deeper underground resources with harsh working conditions and
significant geotechnical issues, it is challenging to quantify the damage evaluation …

The objective of this paper is to develop an easy‐to‐use correlation for estimating the Biot
coefficient. This is important because the Biot coefficient plays an important role in solving …

During the last two decades, energy production has been directed towards renewable
resources, one of the most important of which is geothermal energy. Despite the reliability of …

This work discusses the results of a study of the influence of rates of change of confining
pressure on the result of a drained compressibility tests intended to determine the modulus …

The effective stress coefficient is an essential geomechanical parameter required for
estimation of the effective stress acting upon the subsurface reservoir porous rock formations …

During the past decades, various soil improvement techniques have been developed to
mitigate liquefaction hazards. One of the most newfound techniques is induced partial …

Linear poroelastic effective stress law is often used to relate in situ total stresses to pore fluid
pressure in underground formations. The indirect estimations of effective stress coefficient …

Perhaps the most critical challenge faced during drilling operations is related to the stability
of the well. Additionally, drilling mud plays a crucial role in wellbore stability, as one of its …