Add to ORKGAtmospheric transport and dispersion (T&D) models are used extensively in the research and operational communities. Their applications includ
The accuracy of air pollutants dispersion modelling results depends on the quality of the input data...
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Atmospheric dispersion models are applied to describe and predict the dispersion of emitted plumes. ...
Simulations of emitted plume dispersion in atmosphere performed by means of different models are co...
The stochastic (Lagrangian) particle atmospheric dispersion model DIPCOT (Davakis et. al, 2001, Dava...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
In this work a numerical simulation of the plume dispersed from a fire is performed using the Lagran...
International audienceA mesoscale model (MM5), a dispersive Langrangian particle model (FLEXPART), a...
This thesis describes the development of a methodology to determine large-scale and meso-scale atmos...
This document reports our success in achieving the objectives and accomplishing the deliverables pro...
We describe a new atmospheric dispersion model being developed for the emergency response system of ...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
Lagrangian particle dispersion models (LPDMs) have been used for many years as a tool to simulate th...
In this work the comparison between two models for the simulation of the dispersion of pollutants em...
A sopfisticated eulerian dispersion model consisting on numerical solution of flow and diffusion equ...
The accuracy of air pollutants dispersion modelling results depends on the quality of the input data...
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Atmospheric dispersion models are applied to describe and predict the dispersion of emitted plumes. ...
Simulations of emitted plume dispersion in atmosphere performed by means of different models are co...
The stochastic (Lagrangian) particle atmospheric dispersion model DIPCOT (Davakis et. al, 2001, Dava...
A 3D Lagrangian particle model has been presented for the atmospheric dispersion of the toxic pollut...
In this work a numerical simulation of the plume dispersed from a fire is performed using the Lagran...
International audienceA mesoscale model (MM5), a dispersive Langrangian particle model (FLEXPART), a...
This thesis describes the development of a methodology to determine large-scale and meso-scale atmos...
This document reports our success in achieving the objectives and accomplishing the deliverables pro...
We describe a new atmospheric dispersion model being developed for the emergency response system of ...
grantor: University of TorontoAtmospheric and turbulence modelling, boundary layer paramet...
Lagrangian particle dispersion models (LPDMs) have been used for many years as a tool to simulate th...
In this work the comparison between two models for the simulation of the dispersion of pollutants em...
A sopfisticated eulerian dispersion model consisting on numerical solution of flow and diffusion equ...
The accuracy of air pollutants dispersion modelling results depends on the quality of the input data...
Three-dimensional integrated puff model simulates smoke plume dispersion processes and estimates pol...
Atmospheric dispersion models are applied to describe and predict the dispersion of emitted plumes. ...