This study aims to substantiate the parameters of a two-phase “air-seed” and “air-drop” flow
for the numerical implementation of a mathematical model describing the operation process …

An Eulerian internally mixed aerosol model is used for predictions of deposition inside a
realistic cast of the human upper airways. The model, formulated in the multi-species and …

Computational modeling of multispecies aerosols generated from nucleating supersaturated
vapors is a challenging task because of the complexity of the involved thermodynamic …

This paper presents a sectional Eulerian aerosol model for size-dependent droplet
deposition at walls of the domain, driven by both diffusion and inertia. The model is based …

An Eulerian aerosol dynamics and transport model embedded in a general-purpose
Computational Fluid Dynamics (CFD) code is presented. The model employs the sectional …

A new numerical method for the solution of an internally mixed spatially homogeneous
sectional model for aerosol nucleation and condensation is proposed. The characteristics …

A novel CFD-sectional algorithm is developed to address the challenges in the existing
sectional simulations coupled with multi-dimensional fluid dynamics, including solution of …

Simulating an evolving aerosol population in a reactor containment is essential for
estimating the radioactivity that is possible to leak to the environment. In this study, a …

In this study, a sectional moving grid-remapping method for the numerical solution of
condensational growth is evaluated. The main novelty of the method is linked with the …

A numerical model was used to study the homogeneous nucleation process of dibutyl
phthalate (DBP) vapor in a laminar flow diffusion chamber (LFDC); the spatial and temporal …