In this work, an improved anisotropic k-ε-v 2-f model based on the finite extensible nonlinear
elastic model with the Peterlin approximation for viscoelastic channel flows is proposed. This …

Polymer-induced drag reduction (DR) in fluids was studied using a rotational rheometer with
double-gap concentric cylinder geometry. Although both polymers (polyacrylamide (PAM) …

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 …

CCUS (Carbon capture, utilization, and storage) is a crucial approach to addressing the
climate crisis caused by fossil fuels. CO 2 (carbon dioxide) injection is a vital process in both …

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 …

Reducing turbulence in pipe flows using polymer additives is crucial for industrial
applications like crude oil, water, and sewage transportation. While previous research has …

ABSTRACT A novel open-source anisotropic k Ā e Ā v2 Ā f model is presented for turbulent
viscoelastic duct flow with dilute polymeric solutions described by the finitely extensible …

An improved k-ω turbulence model for viscoelastic fluids is developed to predict turbulent
flows, with polymeric solutions described by the finitely extensible nonlinear elastic-Peterlin …

A high molecular polymer solution with viscoelasticity has the effect of reducing frictional
drag, which is quite practical for energy saving. Effective simulations of viscoelastic flows in …

The development of robust turbulent viscoelastic models to predict drag reducing behaviour
of polymer additives within industrial flows is highly sought after. The main objective of this …