Add to ORKGA three-dimensional, numerical mode1 for simulating airflow and pollutant dispersion around buildings is described. The model is based on an innovative finite element approach and fully implicit time integration techniques. Linear and nonlinear eddy viscosity/diffusivity submodels are provided for turbulence parameterization. Mode1 predictions for the flow-field and dispersion patterns around a surface-mounted cube are compared with measured data from laboratory experiments
Advanced models for predicting dispersion near buildings, ADMS-BUILD (Robins et al, 1997) and AERMOD...
International audienceAbstract A research was conducted to examine the dispersion of pollutants ejec...
Turbulence modeling and validation by experiments are key issues in the simulation of micro-scale at...
A three dimensional, finite element-based, flow and dispersion model is used to simulate the transpo...
This paper describes a numerical modeling approach that can be used to provide estimates of air conc...
Flow patterns around buildings have a strong influence on pollutant dispersion derived from sources ...
Flow patterns around buildings have a strong influence on pollutant dispersion derived from sources ...
AbstractAs pollutions impose adverse effects on human health and environment, assessment of their di...
The prediction of plume dispersion near buildings is very important for the design of exhaust stacks...
Outdoor air quality is one of the major environmental problems today. Micro-scale pollutant dispersi...
Until recently, urban air quality modelling has been based on operational models of an integral natu...
The large-scale practical application of Large-Eddy Simulation (LES) for predicting long-term wind f...
Despite recent efforts directed towards the development of cleaner and more efficient energy sources...
Until recently, urban air quality modelling has been based on operational models of an integral natu...
This work describes the computational fluid dynamic (CFD) simulation of flow and pollutant dispersio...
Advanced models for predicting dispersion near buildings, ADMS-BUILD (Robins et al, 1997) and AERMOD...
International audienceAbstract A research was conducted to examine the dispersion of pollutants ejec...
Turbulence modeling and validation by experiments are key issues in the simulation of micro-scale at...
A three dimensional, finite element-based, flow and dispersion model is used to simulate the transpo...
This paper describes a numerical modeling approach that can be used to provide estimates of air conc...
Flow patterns around buildings have a strong influence on pollutant dispersion derived from sources ...
Flow patterns around buildings have a strong influence on pollutant dispersion derived from sources ...
AbstractAs pollutions impose adverse effects on human health and environment, assessment of their di...
The prediction of plume dispersion near buildings is very important for the design of exhaust stacks...
Outdoor air quality is one of the major environmental problems today. Micro-scale pollutant dispersi...
Until recently, urban air quality modelling has been based on operational models of an integral natu...
The large-scale practical application of Large-Eddy Simulation (LES) for predicting long-term wind f...
Despite recent efforts directed towards the development of cleaner and more efficient energy sources...
Until recently, urban air quality modelling has been based on operational models of an integral natu...
This work describes the computational fluid dynamic (CFD) simulation of flow and pollutant dispersio...
Advanced models for predicting dispersion near buildings, ADMS-BUILD (Robins et al, 1997) and AERMOD...
International audienceAbstract A research was conducted to examine the dispersion of pollutants ejec...
Turbulence modeling and validation by experiments are key issues in the simulation of micro-scale at...