The influence of rheology on the miscible displacement of a viscous fluid by a less viscous,
Newtonian one in a vertical tube is studied experimentally as a function of the flow velocity …

We present the study of viscous fingering in the radial hele shaw cell, using the shear-
dependent rheological fluid which transitions from the Newtonian to shear thinning …

Inspired by the problem of the removal of in situ gel-like materials via a displacement flow
process, we use a fluidic device known as Hele-Shaw cell to study the flow parameters …

Pushing a fluid with a less viscous one gives rise to the well known Saffman–Taylor
instability. This instability is important in a wide variety of applications involving strongly non …

A localized lattice Boltzmann equation (LBE) model for simulating the miscible viscous
displacement in porous media is proposed. The Darcy's law for flow and the convection …

An experimental study is performed to investigate the impact of fluid elasticity on miscible
viscous fingering. Rectilinear flow experiments are performed by displacing aqueous Boger …

Solids dispersion is an important part of hydraulic fracturing, both in helping to understand
phenomena such as tip screen-out and spreading of the pad, and in new process variations …

The temporal and spatiotemporal linear stability analyses of a displaced Oldroyd-B fluid with
the mean flow in a horizontally aligned, square, Hele–Shaw cell are reported to identify the …

Surface wettability has a crucial impact on drop splashing, emulsion dynamics, slip flow for
drag reduction, fluid–fluid displacement, and various microfluidic applications. Targeting …

We consider a displacement of several yield-stress fluids in a Hele-Shaw cell. The topic is
relevant to the development of a model for the flow of multiple phases inside a narrow …