Particle deposition in fully developed turbulent square duct flows is simulated using large
eddy simulation for Reynolds numbers, based on the bulk velocity and duct width, equal to …

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 …

Deposition of particles in turbulent duct flows is crucial process in a number of industrial and
environmental applications. Therefore, in this paper, particle deposition in a horizontal …

Particle deposition and resuspension in a horizontal, fully developed turbulent square duct
flow at four flow bulk Reynolds numbers (10,320, 83k, 215k and 250k) is simulated by …

Large eddy simulation is used to study particle dispersion in fully-developed, square open
duct flow at Reynolds numbers of 83 k, 250 k based on the bulk velocity and duct width …

The paper describes an experimental and theoretical study of the deposition of small
spherical particles from a turbulent air flow in a curved duct. The objective was to investigate …

Particle deposition in a fully developed turbulent duct flow was studied. The random walk
model of Lagrangian approach was used to predict the trajectories of 3000 particles with a …

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 …

Using Lagrangian traces of particle trajectories, the deposition of ellipsoidal particles in a
fully developed turbulent channel flow is analysed. The turbulent velocity field is simulated …

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