Mohammad Piri
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View article: A Graph-Partitioning-Based Multiscale Preconditioner for Modeling Flow in Unstructured Pore Networks
A Graph-Partitioning-Based Multiscale Preconditioner for Modeling Flow in Unstructured Pore Networks Open
Multiphase flow simulation in porous media is a challenging task with significant industrial implications. Pore Network Modeling (PNM) is an effective method that provides accurate results within a reasonable computational timeframe. Howev…
View article: An innovative experimental device to quantify the water relative permeability and in situ water retention curves of unconsolidated porous media
An innovative experimental device to quantify the water relative permeability and in situ water retention curves of unconsolidated porous media Open
Accurate determination of water relative permeability ( k rw ) is essential for modelling flow in porous media. Traditional methods often rely on bulk averaging and assumed unit hydraulic gradients, which limit spatial resolution and intro…
View article: A novel gravimetric method for characterization of nanoporous materials using CO₂
A novel gravimetric method for characterization of nanoporous materials using CO₂ Open
Nanoporous materials are widely used in applications such as gas storage, catalysis, and separation processes, where accurate characterization of pore structure is essential. This study presents a novel gravimetric method that utilizes car…
View article: The effects of pore shape and geometry on the storage of CO2 in mesoporous media
The effects of pore shape and geometry on the storage of CO2 in mesoporous media Open
View article: Influence of wettability on water retention curves in unconsolidated porous media
Influence of wettability on water retention curves in unconsolidated porous media Open
Controlled laboratory experiments were carried out using the hanging column method. Prior to the experiments, three uniform silica sands, which were originally water-wet, were aged in contact with crude oil until they were moderately oil-w…
View article: Storage of supercritical carbon dioxide in nanoporous media
Storage of supercritical carbon dioxide in nanoporous media Open
This study investigates the adsorption behavior of supercritical carbon dioxide (scCO2) in nanoporous materials, with a particular focus on the effects of temperature and pore size. Using a novel gravimetric method, we examined three sampl…
View article: Selective Adsorption of Fluid Mixtures in Nanoporous Materials: Effects of Confinement and Wettability
Selective Adsorption of Fluid Mixtures in Nanoporous Materials: Effects of Confinement and Wettability Open
View article: The effect of matrix-fracture permeability contrast on hydrocarbon foam performance in oil-wet carbonate
The effect of matrix-fracture permeability contrast on hydrocarbon foam performance in oil-wet carbonate Open
Foam-based enhanced oil recovery methods are becoming instrumental in increasing hydrocarbon production from unconventional reservoirs. However, the efficacy of such techniques is significantly affected by reservoir heterogeneity and adver…
View article: Methane foam performance evaluation in fractured oil-wet carbonate systems at elevated pressure and temperature conditions
Methane foam performance evaluation in fractured oil-wet carbonate systems at elevated pressure and temperature conditions Open
View article: The Hydro-Mechanical Behavior of Porous Media Under Various Wettability Conditions and its Impacts on In-Situ Capillary Pressures: A Micro-Scale Investigation
The Hydro-Mechanical Behavior of Porous Media Under Various Wettability Conditions and its Impacts on In-Situ Capillary Pressures: A Micro-Scale Investigation Open
View article: Oil Recovery from Tight Reservoirs During Natural Depletion and Cyclic Gas Injection: An Experimental Study on a Fractured Whole Reservoir Core Sample Using Live Fluids
Oil Recovery from Tight Reservoirs During Natural Depletion and Cyclic Gas Injection: An Experimental Study on a Fractured Whole Reservoir Core Sample Using Live Fluids Open
View article: The Effects of Pore Shape and Geometry on the Storage of CO2 in Mesoporous Media
The Effects of Pore Shape and Geometry on the Storage of CO2 in Mesoporous Media Open
View article: Influence of Wettability on Water Retention Curves in Unconsolidated Porous Media
Influence of Wettability on Water Retention Curves in Unconsolidated Porous Media Open
View article: The effects of wettability and permeability on hydrocarbon foam performance in unconsolidated porous media: An experimental investigation at elevated pressure and temperature conditions
The effects of wettability and permeability on hydrocarbon foam performance in unconsolidated porous media: An experimental investigation at elevated pressure and temperature conditions Open
View article: A comparative investigation of the effect of gas type on foam strength and flow behavior in tight carbonates
A comparative investigation of the effect of gas type on foam strength and flow behavior in tight carbonates Open
View article: Impact of surface roughness, surface charge, and temperature on sandstone wettability alteration by nanoparticles
Impact of surface roughness, surface charge, and temperature on sandstone wettability alteration by nanoparticles Open
The wettability of rocks affects the balance between capillary and viscous forces during multiphase flow through porous media, which in turn determines the fluid displacement process governing the recovery of oil from subsurface formations…
View article: Methane foam performance in oil-wet unconsolidated porous media: A systematic experimental investigation at reservoir conditions
Methane foam performance in oil-wet unconsolidated porous media: A systematic experimental investigation at reservoir conditions Open
View article: In-situ characterization of capillary pressure during three-phase flow in porous media
In-situ characterization of capillary pressure during three-phase flow in porous media Open
We characterize the pore-scale fluid distributions, phase connectivity, and local capillary pressures during three-phase flow in a water-wet Berea sandstone sample. In this investigation, we use a set of x-ray micro-tomography images acqui…
View article: Pore-Scale Experimental Investigation of Capillary Desaturation in Fractured Porous Media
Pore-Scale Experimental Investigation of Capillary Desaturation in Fractured Porous Media Open
View article: Dynamic pore-scale modeling of residual fluid configurations in disordered porous media
Dynamic pore-scale modeling of residual fluid configurations in disordered porous media Open
Fluid trapping in porous media is important in many subsurface flow processes such as enhanced oil recovery and geological sequestration of carbon dioxide. To achieve optimal performance in such applications, a fundamental understanding of…
View article: Methane foam performance evaluation in water-wet unconsolidated porous media: A systematic experimental investigation at elevated pressure and temperature conditions
Methane foam performance evaluation in water-wet unconsolidated porous media: A systematic experimental investigation at elevated pressure and temperature conditions Open
View article: Impact of Pore Space Deformation on Two-phase Flow in Mixed-wet Porous Media: A Pore-scale Experimental Investigation
Impact of Pore Space Deformation on Two-phase Flow in Mixed-wet Porous Media: A Pore-scale Experimental Investigation Open
Data set for JGR-Solid Earth.
View article: Pore matrix dissolution in carbonates: An in-situ experimental investigation of carbonated water injection
Pore matrix dissolution in carbonates: An in-situ experimental investigation of carbonated water injection Open
Carbonate rocks in underground formations are major targets for oil extraction and carbon storage. The solid part of these porous rocks contains certain minerals, such as calcite and dolomite, that can interact with aqueous solutions. Inte…
View article: Pore matrix dissolution in carbonates: An in-situ experimental investigation of carbonated water injection
Pore matrix dissolution in carbonates: An in-situ experimental investigation of carbonated water injection Open
Carbonate rocks in underground formations are major targets for oil extraction and carbon storage. The solid part of these porous rocks contains certain minerals, such as calcite and dolomite, that can interact with aqueous solutions. Inte…
View article: Experimental Evaluation of Enhanced Oil Recovery in Unconventional Shale Reservoirs Using Cyclic Hydrocarbon Gas Injection
Experimental Evaluation of Enhanced Oil Recovery in Unconventional Shale Reservoirs Using Cyclic Hydrocarbon Gas Injection Open
View article: The Role of Injection Fluid Elasticity in Microscopic Displacement Efficiency of Residual Non-Wetting Phase: An In-Situ Experimental Investigation
The Role of Injection Fluid Elasticity in Microscopic Displacement Efficiency of Residual Non-Wetting Phase: An In-Situ Experimental Investigation Open
View article: The effects of in-situ emulsion formation and superficial velocity on foam performance in high-permeability porous media
The effects of in-situ emulsion formation and superficial velocity on foam performance in high-permeability porous media Open
View article: Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry
Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry Open
Dataset for "Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry"
View article: Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry
Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry Open
Dataset for "Two-Phase Relative Permeability of Rough-Walled Fractures: A Dynamic Pore-scale Modeling of the Effects of Aperture Geometry"
View article: The Role of Injection Fluid Elasticity in Microscopic Displacement Efficiency of Residual Non-wetting Phase: An In-situ Investigation
The Role of Injection Fluid Elasticity in Microscopic Displacement Efficiency of Residual Non-wetting Phase: An In-situ Investigation Open
Data used to generate elastic desaturation curve