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

The conveyance of fluids from one terminal to another incurs considerable expenses
primarily due to the significant costs associated with addressing pressure losses arising from …

We report laser Doppler anemometry (LDA) measurements of mean velocity and turbulence
structure for fully-developed turbulent flow through a rectangular duct of aqueous solutions …

A Reynolds-averaged Navier–Stokes equation framework is developed for modeling
polymer-induced turbulent drag reduction by utilizing the finitely extensible nonlinear elastic …

A new low-Reynolds-number k–ε turbulence model is developed for flows of viscoelastic
fluids described by the finitely extensible nonlinear elastic rheological constitutive equation …

We have performed direct numerical simulation of the turbulent flow of a polymer solution in
a square duct, with the FENE-P model used to simulate the presence of polymers. First, a …

A tensorially consistent near-wall four equation model is developed to model turbulent flow
of dilute polymer solutions. The model is validated up to the maximum drag reduction limit …

One effective method for reducing pressure drop in turbulent pipe flows is the injection of
Drag Reducing Agents (DRA), a technique that has been used for over 70 years. This study …

This comprehensive literature review delves into various aspects of the drag reduction (DR)
phenomenon. To address respective aspects as well as track authors and research outputs …

A low-Reynolds-number k-ω model for Newtonian fluids has been developed to predict drag
reduction of viscoelastic fluids described by the FENE-P model. The model is an extension …