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Falguni Dabhade

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Papers by Falguni Dabhade

Research paper thumbnail of The similarity solution of the longitudinal dispersion phenomenon of miscible fluids in porous media

DOAJ (DOAJ: Directory of Open Access Journals), Mar 1, 2014

Research paper thumbnail of Classical Solution of the Fingero-Imbibition Phenomenon in Displacement Processes through Homogeneous Porous Media

An important phenomenon of fingero-imbibition in double-phase flow through homogeneous porous med... more An important phenomenon of fingero-imbibition in double-phase flow through homogeneous porous media is discussed in this paper. The mathematical formulation of the phenomenon yields a non-linear partial differential equation. This partial differential equation is transformed into ordinary differential equation by using infinitesimal transformations group technique of similarity analysis. The classical solution represents the saturation of the wetting phase whenever the saturation coefficient is positive constant. The solution obtained is physically consistent with the results of earlier literature.

Research paper thumbnail of The similarity solution of the longitudinal dispersion phenomenon of miscible fluids in porous media

Research paper thumbnail of The similarity solution of the longitudinal dispersion phenomenon of miscible fluids in porous media

DOAJ (DOAJ: Directory of Open Access Journals), Mar 1, 2014

Research paper thumbnail of Classical Solution of the Fingero-Imbibition Phenomenon in Displacement Processes through Homogeneous Porous Media

An important phenomenon of fingero-imbibition in double-phase flow through homogeneous porous med... more An important phenomenon of fingero-imbibition in double-phase flow through homogeneous porous media is discussed in this paper. The mathematical formulation of the phenomenon yields a non-linear partial differential equation. This partial differential equation is transformed into ordinary differential equation by using infinitesimal transformations group technique of similarity analysis. The classical solution represents the saturation of the wetting phase whenever the saturation coefficient is positive constant. The solution obtained is physically consistent with the results of earlier literature.

Research paper thumbnail of The similarity solution of the longitudinal dispersion phenomenon of miscible fluids in porous media

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