Accounting for the current knowledge of the planetary boundary layer (PBL) structure and
characteristics, a new set of turbulence parameterisations to be used in atmospheric …

This article deals with evolutionary artificial neural network (ANN) and aims to propose a
systematic and automated way to find out a proper network architecture. To this, we adapt …

In this paper, the MicroSpray 3-D Lagrangian particle dispersion model is presented and
reviewed, and several validation studies are shown. Starting from its core, based on a 3-D …

The simulation of atmospheric dispersion in low wind speed conditions (LW) is still
recognised as a challenge for modellers. Recently, a new system of two coupled Langevin …

A parameterization for the transport processes in a shear driven planetary boundary layer
(PBL) has been established, employing turbulent statistical quantities measured during the …

Considering the influence of the downslope windstorm called “Vento Norte”(VNOR;
Portuguese for “North Wind”) in planetary boundary layer turbulent features, a new set of …

Slovenian legislation for industrial air pollution control requires efficient modelling systems
for small domains over complex topography. To determine the performance and efficiency of …

Turbulent wind data measured by sonic anemometers installed at various heights on a 140-
m-tall micrometeorological tower located at a coastal site are used to obtain vertical profiles …

Considering a Lagrangian stochastic particle dispersion model and diffusion experiments,
two turbulence parameterizations have been tested. The parameters obtained from the …

The results of numerical simulations of tracer dispersion in an urban stable boundary layer
are presented. Both Gaussian approximation and fourth order closure are considered and a …