Thin film flows, whether driven by gravity, surface tension, or the relaxation of elastic
boundaries, occur in many natural and industrial processes. Applications span problems of …

The review is devoted to exact analytical solutions for quasi-2D gravity segregated flows or
gravity currents in subterranean porous formations. The problems under consideration are …

The large-scale hydraulic fracturing technology is commonly employed to significantly
improve oil recovery in shale. An exceptional phenomenon from many field tests is worthy of …

This paper studies the buoyant miscible injection of a high-viscosity fluid in a pipe filled with
a low-viscosity fluid. The injection is carried out via an eccentric inner pipe inside an inclined …

In this work we study the deflections of an impermeable caprock in the various flow regimes
of the plume evolution in the CO 2 sequestration problem. The pressure distributions …

Abstract de concentration of the injected fluid decays smoothly around the location of the
corresponding sharp interface, which is beyond the theoretical range. This concentration …

Dynamic interaction of gravity currents in a confined porous layer Page 1 J. Fluid Mech. (2024),
vol. 979, A52, doi:10.1017/jfm.2023.1075 Dynamic interaction of gravity currents in a confined …

Numerical modeling of CO 2 injection in the deep saline aquifer is computationally
expensive due to the large spatial and temporal scales. To address the computational …

Carbon dioxide (CO 2) injection into a confined saline aquifer may be modeled as an
axisymmetric two-phase flow problem. Assuming the CO 2 and brine segregate quickly in …

Efficient computational models are desirable for simulation of large‐scale geological CO2
sequestration. Vertically integrated models, which take advantage of dimension reduction …