This paper focuses on the analysis of cocurrent imbibition phenomenon which occurs during secondary oil recovery process.In cocurrent imbibition, a strongly wetting phase(water) displaces a non-wetting phase(oil) spontaneously under the influence of capillary forces such that the oil moves in the same direction to the water. We use an optimal homotopy analysis method to derive an approximate analytical expression for saturation of water when the viscosity of the non-wetting phase is non-negligible
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...
Here we have studied the fingering phenomena in fluid flow through fracture porous media with inclin...
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...
SummaryThe approximate solution of imbibition phenomenon governed by non-linear partial differential...
AbstractThe approximate solution of fingero imbibition phenomena governed by a nonlinear partial dif...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
SummaryIn the petroleum reservoir at an early stage the oil is recovered due to existing natural pre...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Spontaneous imbibition is an essential mechanism for recovering oil from low-permeability fractured ...
Spontaneous imbibition is an important mechanism for oil recovery in naturally fractured reservoirs....
Spontaneous imbibition is a crucial process for oil recovery from fractured and unconventional reser...
Naturally fractured reservoirs are highly dependent on capillary forces to recover hydrocarbons duri...
Naturally fractured reservoirs are highly dependent on capillary forces to recover hydrocarbons duri...
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...
Here we have studied the fingering phenomena in fluid flow through fracture porous media with inclin...
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...
SummaryThe approximate solution of imbibition phenomenon governed by non-linear partial differential...
AbstractThe approximate solution of fingero imbibition phenomena governed by a nonlinear partial dif...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
SummaryIn the petroleum reservoir at an early stage the oil is recovered due to existing natural pre...
Oil recovery from naturally fractured reservoirs with low permeability rock remains a challenge. To ...
Spontaneous imbibition is an essential mechanism for recovering oil from low-permeability fractured ...
Spontaneous imbibition is an important mechanism for oil recovery in naturally fractured reservoirs....
Spontaneous imbibition is a crucial process for oil recovery from fractured and unconventional reser...
Naturally fractured reservoirs are highly dependent on capillary forces to recover hydrocarbons duri...
Naturally fractured reservoirs are highly dependent on capillary forces to recover hydrocarbons duri...
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...
Here we have studied the fingering phenomena in fluid flow through fracture porous media with inclin...
We propose an explicit analytical solution for 1D cocurrent (COC) spontaneous imbibition (SI) in whi...