In this work we present the solution of the two-dimensional advection-diffusion equation by
the GILTT method. The GILTT approach uses, in the series expansion, eigenfunctions given …

We present a closed-form analytical solution for the advection–diffusion equation, where the
planetary boundary layer is divided into subdomains, where in each subdomain averaged …

A novel analytical solution has been developed for the three-dimensional dispersion of
atmospheric pollutants, providing a new approach to understanding and addressing this …

O objetivo desse trabalho é avaliar a dispersão de poluentes na atmosfera, considerando a
equação de advecção-difusão transiente tridimensional. O modelo, incluindo a difusão …

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 …

Episódios envolvendo despejos de resıduos lıquidos e degradaçao dos corpos hıdricos
vem sendo recorrentes ao longo da história. Tendo em vista a preservaç ao dos recursos …

En estos últimos años a nivel del mundo y en un caso particular la ciudad de Tacna, la
población migra del campo a la ciudad; conllevando con ello al incremento de más …

Esta tese tem o objetivo de apresentar um modelo matemático, para simular a dispersão de
poluentes na atmosfera, que considera a variação temporal do campo de vento e dos …

The dispersion of pollutants in the atmospheric boundary layer is a stochastic process but
many approaches make use of deterministic models, such as the advection-diffusion …