A three-dimensional meteorological model and a Lagrangian particle dispersion model are used to study the effects of a uniform large-scale wind on the dispersion of a non-reactive pollutant in a coastal region with complex terrain. Simulations are carried out both with and without a background wind. A comparison between model results and measured data (wind and pollutant concentrations) indicates that the coupled model system provides a useful mechanism for analyzing pollutant dispersion in coastal regions
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
Most of the air pollution dispersion models are applicable only when the wind has a well defined dir...
Simulations of emitted plume dispersion in atmosphere performed by means of different models are co...
Abstract. A three-dimensional meteorological model and a Lagrangian particle dispersion model are us...
The characteristics of air pollution in Tarragona (Spain) were investigated. Tarragona has an impor...
Abstract--This paper summarizes recent speculations on the impact of organized mesoscale vertical mo...
Includes bibliographical references (pages [122]-126)Considerable research has been done in the area...
This Thesis describes work undertaken by the author as part of a Government sponsored study of air p...
A three-dimensional atmospheric dispersion model of a heavy admixture emitted from an elevated conti...
In this study, a Lagrangian “puff ” dispersion model is compared with an Eulerian model under simpli...
Summarization: An analytical solution to the steady-state three-dimensional atmospheric dispersion e...
Turbulent dispersion can be studied successfully by using Lagrangian particle models. In general, th...
Atmospheric dispersion calculations are made using the HYSPLIT Particle Dispersion Model for studyin...
Open environmental flow is a multivariable, non-linear, unsteady flow system which presents a challe...
International audienceThis paper numerically investigates the effect of point source pollution disch...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
Most of the air pollution dispersion models are applicable only when the wind has a well defined dir...
Simulations of emitted plume dispersion in atmosphere performed by means of different models are co...
Abstract. A three-dimensional meteorological model and a Lagrangian particle dispersion model are us...
The characteristics of air pollution in Tarragona (Spain) were investigated. Tarragona has an impor...
Abstract--This paper summarizes recent speculations on the impact of organized mesoscale vertical mo...
Includes bibliographical references (pages [122]-126)Considerable research has been done in the area...
This Thesis describes work undertaken by the author as part of a Government sponsored study of air p...
A three-dimensional atmospheric dispersion model of a heavy admixture emitted from an elevated conti...
In this study, a Lagrangian “puff ” dispersion model is compared with an Eulerian model under simpli...
Summarization: An analytical solution to the steady-state three-dimensional atmospheric dispersion e...
Turbulent dispersion can be studied successfully by using Lagrangian particle models. In general, th...
Atmospheric dispersion calculations are made using the HYSPLIT Particle Dispersion Model for studyin...
Open environmental flow is a multivariable, non-linear, unsteady flow system which presents a challe...
International audienceThis paper numerically investigates the effect of point source pollution disch...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
Most of the air pollution dispersion models are applicable only when the wind has a well defined dir...
Simulations of emitted plume dispersion in atmosphere performed by means of different models are co...