Канал: Sahar Bakhshian

Dissolution of CO2 in brine

Dissolution of CO2 in brine

CO2 (blue) injection into a homogeneous sample initially saturated with brine (red)

CO2 (blue) injection into a homogeneous sample initially saturated with brine (red)

Dissolution of CO2 in brine

Dissolution of CO2 in brine

CO2 (blue) injection into a heterogeneous sample initially saturated with brine (red)

CO2 (blue) injection into a heterogeneous sample initially saturated with brine (red)

Cooperative pore filling mechanism in a homogeneous porous medium

Cooperative pore filling mechanism in a homogeneous porous medium

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=165°

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=165°

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=95°

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=95°

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=25°

Phase distribution of the invading fluid in a homogeneous porous medium at contact angle θ=25°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=165°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=165°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=95°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=95°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=25°

Phase distribution of the invading fluid in a heterogeneous porous medium at contact angle θ=25°

$Spontaneous imbibition in a fractured rock$

Spontaneous imbibition in a fractured rock

A snap-off scenario occurring at a pore junction

A snap-off scenario occurring at a pore junction

$Spontanous imbibition in fractured rocks$

Spontanous imbibition in fractured rocks

Counter-current imbibition

Counter-current imbibition

Snap-off and coalescence of non-wetting phase in a real rock sample during drainage

Snap-off and coalescence of non-wetting phase in a real rock sample during drainage

Capillary fingering and Haines jump event in a rock sample

Capillary fingering and Haines jump event in a rock sample

$Immiscible displacement in a rock sample under fractional wettability$

Immiscible displacement in a rock sample under fractional wettability

Snap-off during drainage in a constricted capillary tube | LBM

Snap-off during drainage in a constricted capillary tube | LBM

Two-phase Flow Simulation in Porous Media | Lattice Boltzmann Method

Two-phase Flow Simulation in Porous Media | Lattice Boltzmann Method

Immiscible Displacement | Lattice Boltzmann Method

Immiscible Displacement | Lattice Boltzmann Method

Shear

Shear