Modeling and simulation of electrochemical reactors (ECRs) by computational fluid
dynamics (CFD) techniques have been increasing during the last fifteen years. The need to …

Curved pipes are essential components of nearly all the industrial process equipments,
ranging from power production, chemical and food industries, heat exchangers, nuclear …

Turbulent flow through a 90° pipe elbow in a range of moderately high Reynolds numbers
between 14,000 and 34,000 is studied computationally using wall-resolved large-eddy …

In the present work, the turbulent flow downstream a 90° pipe bend is investigated by means
of stereoscopic particle image velocimetry. In particular, the three dimensional flow field at …

Direct numerical simulation (DNS) has been performed for a spatially developing 90° bend
pipe flow to investigate the unsteady flow motions downstream of the bend. A recycling …

Curved pipes are very often used in hydraulic systems facilitating compact, lightweight
designs. But they can also be the cause of complex secondary flows as the curvature brings …

The present work is concerned with the characterization of the vortical flow topology within a
90°-pipe bend by means of a well-resolved, highly comprehensive Large-Eddy Simulation …

Elbows are widely used in piping systems to change the direction of flow. However, it is also
extremely susceptible to erosive damage, which may lead to the leakage of petroleum and …

Quantifying turbulent friction holds significant importance, not only for understanding the
fundamental flow physics but also for enriching system performance across a wide range of …

This paper deals with the modeling of turbulent flow through a 90 deg pipe bend using an
unsteady Reynolds-averaged Navier–Stokes (U-RANS) approach where k–ε model is used …