In this paper results from a computer simulation of wind flows around prismatic bodies using a k-ε{lunate} model of turbulence are compared with full scale and wind tunnel tests done by others. The agreement is good, both in the wake region and elsewhere, and is particularly good for flow around a cube in which the overall error level in both pressures and velocities is about 5-10%. This is comparable with the error achievable with well controlled wind tunnel tests
In this article, results obtained from two computational fluid dynamics solvers, WindSim and OpenFOA...
The current technology for 3-D modeling and simulations are expanding in an accelerated pace. Becaus...
Wind flow and turbulence within the urban canopy layer can influence the heating and ventilation of ...
It is important to create a comfortable wind environment around high-rise buildings for outdoor acti...
The authors discuss wind loads applied to a set of two buildings. The wind load is simulated with th...
Wind loads are of important, particularly in the design of large structures. The wind velocity that ...
Choosing appropriate sites for wind turbines is extremely important in Japan because the spatial dis...
Today there exists standards which describes how wind-loads, statical and dynamical, can be treated ...
The wind environment around buildings and the wind pressures on building surfaces are studied by sca...
It is highly important in Japan to choose a good site for wind turbines, because the spatial distrib...
When undertaking wind engineering problems such as urban pollutant dispersion or pedestrian wind com...
International audienceWind flow and turbulence within the urbancanopy layer can influence the heatin...
In this study, computational fluid dynamics has been applied to analyze the performance of both stru...
There is an opportunity to utilise the updrafts of airflow over buildings for energy harvesting appl...
When undertaking wind engineering problems such as urban pollutant dispersion or pedestrian wind com...
In this article, results obtained from two computational fluid dynamics solvers, WindSim and OpenFOA...
The current technology for 3-D modeling and simulations are expanding in an accelerated pace. Becaus...
Wind flow and turbulence within the urban canopy layer can influence the heating and ventilation of ...
It is important to create a comfortable wind environment around high-rise buildings for outdoor acti...
The authors discuss wind loads applied to a set of two buildings. The wind load is simulated with th...
Wind loads are of important, particularly in the design of large structures. The wind velocity that ...
Choosing appropriate sites for wind turbines is extremely important in Japan because the spatial dis...
Today there exists standards which describes how wind-loads, statical and dynamical, can be treated ...
The wind environment around buildings and the wind pressures on building surfaces are studied by sca...
It is highly important in Japan to choose a good site for wind turbines, because the spatial distrib...
When undertaking wind engineering problems such as urban pollutant dispersion or pedestrian wind com...
International audienceWind flow and turbulence within the urbancanopy layer can influence the heatin...
In this study, computational fluid dynamics has been applied to analyze the performance of both stru...
There is an opportunity to utilise the updrafts of airflow over buildings for energy harvesting appl...
When undertaking wind engineering problems such as urban pollutant dispersion or pedestrian wind com...
In this article, results obtained from two computational fluid dynamics solvers, WindSim and OpenFOA...
The current technology for 3-D modeling and simulations are expanding in an accelerated pace. Becaus...
Wind flow and turbulence within the urban canopy layer can influence the heating and ventilation of ...