<p>Comparison between (a) simulations and (b) experiments of Mercury (black) displacing hexane (white) (viscosity ratio M = 0.2). N<sub>Ca</sub> is the Capillary Number (see Eq (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0169727#pone.0169727.e029" target="_blank">22</a>)). Fig 6 is composed of images from Fig 10B in Lenormad et al [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0169727#pone.0169727.ref018" target="_blank">18</a>] (Cambridge University Press, reproduced with permission).</p
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...
In oilfield development, waterflooding is normally characterized as an economical and efficient proc...
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...
<p>Comparison between (a) simulations and (b) experiments of Mercury (black) displacing oil (white) ...
<p>comparison at water breakthrough between 2D and 3D simulations for M = 7000 and matched capillary...
<p>The saturation path at breakthrough (BT) of the injected fluid (left-hand column), the saturation...
<p>The saturation path at breakthrough (BT), the saturation path after 2PV injection, and the water ...
<p>The simulated differential pressure in (a) E7000 and (b) E2000 experiments as functions of Pore V...
Although thermal methods have been popular and successfully applied in heavy oil recovery, they are ...
When a less viscous fluid displaces an immiscible fluid of higher viscosity in a porous medium, the ...
When a less viscous fluid displaces an immiscible fluid of higher viscosity in a porous medium, the ...
During the production of heavy oil reservoirs, the movement of the fluids, namely oil and water, sig...
Water/oil flow characteristics in a water-wet capillary were simulated at the pore scale to increase...
The displacement of heavy oil by water flooding is characterized by instable features known as visco...
The effects of five operating variables and four dimensionless groups on oil recovery and finger for...
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...
In oilfield development, waterflooding is normally characterized as an economical and efficient proc...
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...
<p>Comparison between (a) simulations and (b) experiments of Mercury (black) displacing oil (white) ...
<p>comparison at water breakthrough between 2D and 3D simulations for M = 7000 and matched capillary...
<p>The saturation path at breakthrough (BT) of the injected fluid (left-hand column), the saturation...
<p>The saturation path at breakthrough (BT), the saturation path after 2PV injection, and the water ...
<p>The simulated differential pressure in (a) E7000 and (b) E2000 experiments as functions of Pore V...
Although thermal methods have been popular and successfully applied in heavy oil recovery, they are ...
When a less viscous fluid displaces an immiscible fluid of higher viscosity in a porous medium, the ...
When a less viscous fluid displaces an immiscible fluid of higher viscosity in a porous medium, the ...
During the production of heavy oil reservoirs, the movement of the fluids, namely oil and water, sig...
Water/oil flow characteristics in a water-wet capillary were simulated at the pore scale to increase...
The displacement of heavy oil by water flooding is characterized by instable features known as visco...
The effects of five operating variables and four dimensionless groups on oil recovery and finger for...
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...
In oilfield development, waterflooding is normally characterized as an economical and efficient proc...
The difficulty in recovering residual oil is created by (1) the reservoir pore geometry (length, num...