Various fundamental studies based on a turbulent duct flow have gained popularity
including heat transfer, magnetohydrodynamics as well as particle-laden transportation. An …

Particle-laden turbulent flow under saturated electrostatic field in 90-degree bend pipe at Re
b= 58000 is investigated using one-way coupled Large Eddy Simulation (LES) with a …

The electrostatic effect on granular dispersion in circular pipe flows at Re b= 44,000 was
investigated using Large Eddy Simulation (LES) in one-way coupling Lagrangian granule …

Turbulent particle-laden flows in pipes can result in particle deposition leading to the
formation of solid beds. The presence of such beds modifies the flow field, resulting in …

Particle behavior in a turbulent flow in a circular pipe with a bed height h= 0.5R is studied at
Re b= 40,000 and for two sizes of particles (5 μm and 50 μm) using large eddy simulation …

The effect of collisions on the particle behavior in a fully developed turbulent flow in a
straight square duct at Re τ= 300 is numerically investigated. The hydrodynamic modeling of …

Particle behavior in a turbulent circular-sectioned 90° bend under electrostatic field at three
air flow rates (1600 L/min, 1100 L/min and 950 L/min, the corresponding bulk Reynolds …

Secondary flow effects on particle dynamics are investigated in a fully developed turbulent
open square duct flow at a shear Reynolds number of Re τ= 300. The modelling of the fluid …

The transmission of viruses through the air plays a crucial role in the spread of viral diseases
in enclosed environments. The mobility of individuals is a potential factor that contributes to …

Particle-laden turbulent square duct flows at Re τ= 300 (based on the duct half-width and the
mean friction velocity) are investigated using direct numerical simulation with one-way …