Add to ORKGAs a parameterization of turbulent fluxes in urban canopy layer, the resistance network in the canyon has been studied with heat balance method (Kawai an
Abstract: Wind flow, turbulence and pollutant dispersion characteristics within an urban street cany...
Improving city breathability has been confirmed as one feasible measure to improve pollutant dilutio...
Profiles of wind and turbulence over an urban area evolve with fetch in response to surface characte...
The authors performed systematic series of wind tunnel experiments to grasp how urban geometry affec...
This study investigates the effect of flow velocity and building surface temperature effects on Conv...
In densely urbanized cities, narrow streets are flanked by closely packed, high-rise buildings. The...
Abstract. Transport of pollution and heat out of streets into the boundary layer above is not curren...
Land-surface heterogeneity affects turbulent fluxes of momentum and scalars (i.e., heat, moisture an...
Session C1Wind flow and pollutant transport in the atmospheric boundary layer (ABL) over urban areas...
Urban morphology affects the near-ground atmospheric boundary layer that in turn modifies the wind f...
Abstract Understanding the effect of building morphology on the flow aloft is important to the venti...
The present wind tunnel particle image velocimetry (PIV) measurements document flows around flat and...
A practical model is developed for the vertical flux of a scalar, such as heat, from an urban street...
Transport of pollution and heatout of streets into the boundary layer above is not currently underst...
The k-? turbulence model is adopted in this study to simulate the impact of street canyon AR (Aspec...
Abstract: Wind flow, turbulence and pollutant dispersion characteristics within an urban street cany...
Improving city breathability has been confirmed as one feasible measure to improve pollutant dilutio...
Profiles of wind and turbulence over an urban area evolve with fetch in response to surface characte...
The authors performed systematic series of wind tunnel experiments to grasp how urban geometry affec...
This study investigates the effect of flow velocity and building surface temperature effects on Conv...
In densely urbanized cities, narrow streets are flanked by closely packed, high-rise buildings. The...
Abstract. Transport of pollution and heat out of streets into the boundary layer above is not curren...
Land-surface heterogeneity affects turbulent fluxes of momentum and scalars (i.e., heat, moisture an...
Session C1Wind flow and pollutant transport in the atmospheric boundary layer (ABL) over urban areas...
Urban morphology affects the near-ground atmospheric boundary layer that in turn modifies the wind f...
Abstract Understanding the effect of building morphology on the flow aloft is important to the venti...
The present wind tunnel particle image velocimetry (PIV) measurements document flows around flat and...
A practical model is developed for the vertical flux of a scalar, such as heat, from an urban street...
Transport of pollution and heatout of streets into the boundary layer above is not currently underst...
The k-? turbulence model is adopted in this study to simulate the impact of street canyon AR (Aspec...
Abstract: Wind flow, turbulence and pollutant dispersion characteristics within an urban street cany...
Improving city breathability has been confirmed as one feasible measure to improve pollutant dilutio...
Profiles of wind and turbulence over an urban area evolve with fetch in response to surface characte...