This work was jointly sponsored by EPSRC (EP/I010971/1) and NSFC China.Peer reviewedPostprin
The experimental investigation of flow through porous media is inherently difficult due to the lack ...
Microcomputed tomography (mu CT) and Lattice Boltzmann Method (LBM) simulations were applied to cont...
In the last decade, the fundamental understanding of pore-scale flow in porous media has been underg...
Digital rock analysis has become increasingly popular for studying the microscopic structure of rese...
In the past two decades there have been several attempts to compute relative permeabilityfrom high r...
State of the art X-ray micro-computed tomography (micro-CT) of reservoir rock samples and cuttings a...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
In this thesis, I investigate modelling and analyzing the properties of oil-bearing rocks through th...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
Flow simulations on porous media, reconstructed from Micro-Computerised Tomography (CT) scans, is be...
This paper describes the imaging and analysis of rock samples with the eventual aim of predicting s...
textThe increasing complexity of oil and gas reservoirs has led to the need of a better understandin...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
textThe increasing complexity of oil and gas reservoirs has led to the need of a better understandin...
The experimental investigation of flow through porous media is inherently difficult due to the lack ...
The experimental investigation of flow through porous media is inherently difficult due to the lack ...
Microcomputed tomography (mu CT) and Lattice Boltzmann Method (LBM) simulations were applied to cont...
In the last decade, the fundamental understanding of pore-scale flow in porous media has been underg...
Digital rock analysis has become increasingly popular for studying the microscopic structure of rese...
In the past two decades there have been several attempts to compute relative permeabilityfrom high r...
State of the art X-ray micro-computed tomography (micro-CT) of reservoir rock samples and cuttings a...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
In this thesis, I investigate modelling and analyzing the properties of oil-bearing rocks through th...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
Flow simulations on porous media, reconstructed from Micro-Computerised Tomography (CT) scans, is be...
This paper describes the imaging and analysis of rock samples with the eventual aim of predicting s...
textThe increasing complexity of oil and gas reservoirs has led to the need of a better understandin...
Macroscopic properties of rocks are functions of pore-scale geometry and can be determined from labo...
textThe increasing complexity of oil and gas reservoirs has led to the need of a better understandin...
The experimental investigation of flow through porous media is inherently difficult due to the lack ...
The experimental investigation of flow through porous media is inherently difficult due to the lack ...
Microcomputed tomography (mu CT) and Lattice Boltzmann Method (LBM) simulations were applied to cont...
In the last decade, the fundamental understanding of pore-scale flow in porous media has been underg...
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