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Dual-porosity approach to wellbore stability in naturally fractured reservoirs.
(2002)
The naturally fractured reservoir was treated as a dual-porosity medium consisting of the primary rock matrix system and the fractured system. Assuming the matrix and fractures in the fractured medium to be 'separate and ...
Development of suitable approximation algorithms to be used in the description of heterogeneous reservoirs for secondary recovery studies.
(1981)
The prediction method makes use of flow capacity distributions in a heterogeneous reservoir.
Chemoporoelastic solution of transversely isotropic saturated porous media.
(2004)
The solution is closed-form in the Laplace domain; and is then inverted to the time domain by using Stehfest's (1970) algorithm. This solution simulates the chemoporoelastic process triggered by drilling a borehole in ...
A dual-porosity model for two-phase flow in deforming porous media.
(1999)
In this dissertation, an approach, which is based on the dual-porosity concept and takes into account rock deformations, is presented to derive rigorously a set of coupled differential equations governing the behavior of ...
Study of multicomponent of hydrocarbon systems with molecular dynamics simulation
(2022)
Molecular Dynamics (MD) simulation is a powerful tool used in various research fields such as petroleum, geoscience, biochemistry, physics, and materials science. The unique merit of MD simulation is that it can investigate ...
A new conceptual approach to shale stability.
(1997)
Based on this broad investigation, the most probable instability mechanism is the creation of cracks with subsequent penetration of the drilling fluid into the fractures. An innovative conceptual model to analyze wellbore ...