Direct numerical simulation combined with a one-way coupled Lagrangian particle tracking
technique is employed to investigate dilute particle-laden turbulent flows in open square …

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 …

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 …

Turbulent flow through a duct of square cross-section gives rise to off-axis secondary flows,
which are known to transfer momentum between fluid layers thereby flattening the velocity …

Interface-resolved direct numerical simulations of the particle-laden turbulent flows in a
square duct are performed with a direct-forcing fictitious domain method. The effects of the …

Particle-laden turbulent flow plays a significant role in various industrial applications, as
turbulence alters the exchange of momentum and energy between particles and fluid flow. In …

A parallel direct-forcing fictitious domain method is applied in fully-resolved numerical
simulations of particle-laden turbulent flows in a square duct. The effects of finite-size heavy …

The dynamics of dilute micron-sized spherical inertial particles in turbulent duct flows is
studied by means of direct numerical simulations of the carrier phase turbulence with one …

Particle dispersion in a square duct flow is studied using large eddy simulation combined
with Lagrangian particle tracking under conditions of one‐way coupling. The flow has a bulk …

The preferential concentration of dense particles in a downward, fully developed turbulent
square duct flow at Reτ= 360, based on mean friction velocity and duct width, is studied …