Add to ORKG321-324Over the last three decades, strict environmental regulations and the availability of personal computers have fueled an immense use of mathematical models to predict the dispersion of air pollution plumes. This paper discusses how the propagation of seemingly small errors in the Gaussian model parameters can cause very large variations in the model’s predictions
Air pollution modelling is necessary and widely used tool for air quality management in urban areas....
Numerical simulation is an economical way to control air pollution because of its consistency and ea...
The accurate prediction of hazardous gas dispersion process is essential to air quality monitoring a...
Modified expressions for vertical and horizontal dispersion coefficients σy and σz are proposed. The...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The objectives of this paper are the application of uncertainty and sensitivity analysis methods in ...
AbstractThe objectives of paper are the application of uncertainty and sensitivity analysis methods ...
Atmospheric pollutant dispersion near sources is typically simulated by Gaussian models because of t...
The increase of the industrial production and the development of new processes led to the necessity ...
Numerous numerical models are developed to predict long range transport of hazardous air pollution i...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Gaussian plume concept and formula (model) is one example of computational modes in which if and whe...
Coppalle, a paranthoen, p rosset, l delmas, v francois, a hamida, m Workshop on Operational Short-ra...
International audienceThis paper details a number of existing formulations used in Gaussian models i...
The accurate prediction of hazardous gas dispersion process is essential to air quality monitoring a...
Air pollution modelling is necessary and widely used tool for air quality management in urban areas....
Numerical simulation is an economical way to control air pollution because of its consistency and ea...
The accurate prediction of hazardous gas dispersion process is essential to air quality monitoring a...
Modified expressions for vertical and horizontal dispersion coefficients σy and σz are proposed. The...
Vita.The use of dispersion modeling as a regulatory tool is continually increasing. In many cases, ...
The objectives of this paper are the application of uncertainty and sensitivity analysis methods in ...
AbstractThe objectives of paper are the application of uncertainty and sensitivity analysis methods ...
Atmospheric pollutant dispersion near sources is typically simulated by Gaussian models because of t...
The increase of the industrial production and the development of new processes led to the necessity ...
Numerous numerical models are developed to predict long range transport of hazardous air pollution i...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Gaussian plume concept and formula (model) is one example of computational modes in which if and whe...
Coppalle, a paranthoen, p rosset, l delmas, v francois, a hamida, m Workshop on Operational Short-ra...
International audienceThis paper details a number of existing formulations used in Gaussian models i...
The accurate prediction of hazardous gas dispersion process is essential to air quality monitoring a...
Air pollution modelling is necessary and widely used tool for air quality management in urban areas....
Numerical simulation is an economical way to control air pollution because of its consistency and ea...
The accurate prediction of hazardous gas dispersion process is essential to air quality monitoring a...