The fouling characteristics of micron-scale magnesium oxide particles on the inside wall of
the circular tube and converging-diverging tube are studied in this paper. An improved …

Many aerosols present in nature (eg, atmosphere) or artificially generated for various
purposes (eg, inhalation) are composed of liquids that are prone to continuous evolution …

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 …

Aerosols are all around us. Naturally, they appear as clouds, dust, fog or haze and more
strikingly as desert sand storms or even as Saharan dust traveling from Africa to South …

Accurate theoretical calculations of particle deposition in a 90° bend rely on understanding
its flow field characteristics. However, given the complexity of the flow patterns within the …

Dirt on the surface of heat transfer tubes not only hinders heat transfer, but also increases
fluid flow resistance, resulting in reduced service life of heat transfer tubes and economic …

The modern transportation system is largely based on fossil fuels. To reduce this reliance on
oil and gas and thereby drastically reduce emissions, a transition to renewable power …

Large-eddy simulation (LES) is a computationally viable strategy to study particle-laden
turbulent flows in practically relevant configurations, although modeling challenges need to …

Diesel exhaust has a particle size less than 10 µm; for the visualisation of micron-particles'
motion, the numerical method is applied. A coupled lattice Boltzmann method and discrete …

In this paper we consider a shape optimization problem for the minimization of the erosion,
that is caused by the impact of inert particles onto the walls of a bended pipe. Using the …