Asymptotic models for gas injection into Gaussian and parabolic curved porous channels identify buoyancy effects that differ by geometry and produce five temporal regimes in parabolic cases, ultimately flattening the interface under buoyancy.
The inner region near𝑆 𝑙 consists of a horizontal interface, and in the outer region a thin film of gas spreads over long length scales
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The evolution of a gas plume injected into a curved axisymmetric porous channel
Asymptotic models for gas injection into Gaussian and parabolic curved porous channels identify buoyancy effects that differ by geometry and produce five temporal regimes in parabolic cases, ultimately flattening the interface under buoyancy.