In industrial piping systems, turbomachinery, heat exchangers etc., pipe bends are essential
components. Computational fluid dynamics (CFD), which is frequently used to analyse the …

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 …

Helically coiled pipes are widely used in many industrial and engineering applications
because of their compactness, larger heat transfer area per unit volume and higher …

A mathematical model of the problem of nonlinear oscillations of a viscoelastic pipeline
conveying fluid is developed in the paper. The Boltzmann–Volterra integral model with …

The onboard fuel in an advanced aero engine can be used to cool the highly compressed
hot air in a heat exchanger to restore the air's cooling capacity. In the process, the high fuel …

The structural parameters of tubes (straight or helical tubes) might affect the heating liquid
foods in continuous flow microwave system. Therefore, the objectives were to build a …

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 …

The traditional energy supply paradigm has been difficult to meet the demands of ocean
resources development. As a combination of small nuclear reactors and offshore platforms …

Swirl-switching is a low-frequency oscillatory phenomenon which affects the Dean vortices
in bent pipes and may cause fatigue in piping systems. Despite thirty years worth of …

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 …