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 …

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 …

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 fully developed turbulent square duct flows is simulated using large
eddy simulation combined with Lagrangian particle tracking under conditions of one-way …

Deposition of particles towards the wall from a turbulent dispersed flow in a vertical pipe has
been studied numerically. A fully developed turbulent pipe flow of air is chosen as the …

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 …

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 …

A Lagrangian random-walk approach to modeling particle deposition in turbulent duct flows
is presented. The inhomogeneous boundary layer turbulence is simulated by a discrete …

Deposition of aerosol particles from 10 nm to 50 μm in turbulent duct flows is studied. The
sublayer model for the turbulent deposition process is extended to cover the effects of …

Ellipsoidal particle transport and deposition in dilute turbulent channel flows are studied.
The instantaneous fluid velocity field is generated by the direct numerical simulation (DNS) …