Numerical simulation of fluid flow and heat or mass transfer phenomenon requires
numerical solution of Navier–Stokes and energy-conservation equations, together with the …

A new model is proposed for the so-called scalar footprint and flux footprint in the
atmospheric boundary layer. The underlying semi-analytical model allows computing the …

Air pollution transport and dispersion in the atmospheric boundary layer are modeled by the
advection-diffusion equation, that is, essentially, a statement of conservation of the …

In this study an integral and an algebraic formulation for the eddy diffusivities in a shear
driven planetary boundary layer are derived for pollutant dispersion applications. The …

Atmospheric dispersion modeling is nowadays a valuable tool that permits to simulate how
air pollutants affect the ambient atmosphere. Models are not only used to estimate the …

In the literature there exists a variety of pollution of dispersion models and in general,
Gaussian models are used worldwide by environmental agencies in regulatory applications …

The present discussion focuses on the dispersion of pollution plumes in the atmospheric
boundary layer. From a comparison between first order perturbation theory with equivalent …

The work in this chapter is a contribution to a larger program, whose objective is to
determine general closed form solutions and allows us to match a variety of meteorological …

Tendo em vista o atual renascimento do Programa Nuclear Brasileiro, o presente objetivo´ e
estudar a dispersão de poluentes em possíveis cenários de emissões acidentais. Para …

This work presents an analytical solution for the transient three-dimensional advection-
diffusion equation to simulate the dispersion of pollutants in the atmosphere. The solution of …