Abstract. Airflow in the lowest part of atmosphere is due to high intensity turbulence very complicated process. This is a reason why simple and reliable model for dispersion of air pollution from its source to receptor still does not exist. Physical modelling, in which frame the model of area of interest is made, is an alternative method next to mathematical modelling. Flow and pollution dispersion is examined in the special wind tunnel in detail. Methodology of experiment preparation and of experiment itself as well as a few selected case studies will be presented in the contribution
Purpose. Explosions in open pits lead to the formation of dust clouds. These clouds lead to intense ...
Computational fluid dynamic (CFD) modelling of pollution dispersion and chemical conversion to aeros...
Using a dual approach of wind tunnel experimentation and the development of an ana-lytical model, th...
This report describes a solving of a case of the air-pollution,on an area with the complicated terra...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
A selection of illustrative examples is used in reviewing wind tunnel and water tank modelling of at...
A sopfisticated eulerian dispersion model consisting on numerical solution of flow and diffusion equ...
Estimation of the distribution of ground concentrations from point sources in complex terrain - by s...
Previous study concerned of qualitative modelling neutrally stratified flow over open-cut coal mine ...
The object of this study is modelling of pollution dispersion in a wind tunnel. We’ve used the inver...
After introductory remarks on similarity laws to be satisfied in wind tunnel experiments simulating ...
ANSYS FLUENT tools were used as part of a standard turbulence k-ε model to simulate the air flow aro...
Within the context of atmospheric dispersion modelling of Radon and airborne particles originating f...
In this paper the application of numerical and physical models for the simulation of airborne pollut...
Most of the air pollution dispersion models are applicable only when the wind has a well defined dir...
Purpose. Explosions in open pits lead to the formation of dust clouds. These clouds lead to intense ...
Computational fluid dynamic (CFD) modelling of pollution dispersion and chemical conversion to aeros...
Using a dual approach of wind tunnel experimentation and the development of an ana-lytical model, th...
This report describes a solving of a case of the air-pollution,on an area with the complicated terra...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
A selection of illustrative examples is used in reviewing wind tunnel and water tank modelling of at...
A sopfisticated eulerian dispersion model consisting on numerical solution of flow and diffusion equ...
Estimation of the distribution of ground concentrations from point sources in complex terrain - by s...
Previous study concerned of qualitative modelling neutrally stratified flow over open-cut coal mine ...
The object of this study is modelling of pollution dispersion in a wind tunnel. We’ve used the inver...
After introductory remarks on similarity laws to be satisfied in wind tunnel experiments simulating ...
ANSYS FLUENT tools were used as part of a standard turbulence k-ε model to simulate the air flow aro...
Within the context of atmospheric dispersion modelling of Radon and airborne particles originating f...
In this paper the application of numerical and physical models for the simulation of airborne pollut...
Most of the air pollution dispersion models are applicable only when the wind has a well defined dir...
Purpose. Explosions in open pits lead to the formation of dust clouds. These clouds lead to intense ...
Computational fluid dynamic (CFD) modelling of pollution dispersion and chemical conversion to aeros...
Using a dual approach of wind tunnel experimentation and the development of an ana-lytical model, th...