It has become a well-known fact that finding sustainable solutions to the unavoidable high
pressure losses accompanying pipeline flows to increase the pum** capacity without …

An experimental study was conducted to investigate turbulent flow of water over a cuttings
bed by use of a large-scale horizontal-flow loop. A nonintrusive laser-based-imaging …

Using nanoparticles into a drilling fluid (mud) is a promising technique that could solve a
range of problems presently encountered during drilling operations. This paper reports the …

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 …

An experimental study followed by comprehensive flow modeling is presented. The
experiments were conducted on a horizontal annulus with drillstring under compression …

Detecting the flow regimes of Newtonian turbulence (NT), elasto-inertial filament (EIF),
elasto-inertial turbulence (EIT), and maximum drag reduction (MDR) of polymer solution and …

Insulator‐based dielectrophoresis has to date been almost entirely restricted to Newtonian
fluids despite the fact that many of the chemical and biological fluids exhibit non‐Newtonian …

A fundamental understanding of the flow of polymer solutions through the pore spaces of
porous media is relevant and significant to enhanced oil recovery and groundwater …

Turbulent flows of viscoplastic fluids at high Reynolds numbers have been investigated
recently with direct numerical simulations (DNS) but experimental results have been limited …

Complex fluids always possess obvious non-Newtonian properties that facilitate the
occurrence and development of vortex instability in porous media, which is of critical …