NATO Advanced Study Institute

Flow and Transport Processes in Complex Obstructed Geometries

Kiev, May 4 - 15, 2004

Keynote Lectures

Presenter	Title of presentation	Files	Abstract
V.V.Babenko	Phenomenon of vortex self-organisation in layers with obstruction.	Not Available	here
A.A.Baklanov	Modelling of urban air flows with application to air pollution, emergency preparedness and weather prediction.	here	here
J.J.Finnigan	Turbulent flow in canopies on complex topography and the effects of stable stratification	here	here
Ye.A.Gayev	Easily penetrable roughness flows in nature and in engineering	here	here
J.C.R.Hunt	Discrete and continuum models of flow and dispersion through canopies.	Not Available	here
R.Meroney	Fires in porous media: natural and urban canopies [Please note that some of these files are very large.]	here	here
H.Nepf	Transport in aquatic canopies.	here	here
R.Shaw	Observation and simulation of flow in vegetation canopies.	here	here

Other Presentations

Presenter	Title of presentation	Files	Abstract
J.H.Amorim	Air pollutants dispersion disturbance due to urban vegetation.	here	here
D.A.Belikov	The computational investigation of the influence of weather conditions on ozone formation in urban atmosphere.	here	here
R.Bornstein	History of numerical urban boundary-layer simulation techniques.	here	here
O.Coceal	Turbulent flow over groups of urban-like obstacles.	here	here
I.Ekmekci	Experimental and numerical investigation of wind loads on roofs of various geometries.	here	here
E.Ya.Epik	The physical modelling of flows after moving obstructions.	here	here
J.J.Finnigan	(1) Turbulent fine structure and spectra in canopies (2) Large eddy structure and low dimensional modelling of canopy turbulence.	here	(1) (2)
K.Fortuniak	Slab surface energy balance scheme and its application to parameterisation of the energy fluxes on urban areas.	here	here
Ye.A.Gayev	(1) Analysis of flows through vegetated beds (2) Mathematical modelling of convection plume over an infinite-length porous source of heat and moisture (3) Viscous flow through a duct with easily penetrable roughness modelled by Navier-Stokes equations (4) LES of turbulent boundary layer flow within and above an easily penetrable roughness.	here	(1) (2) (3) (4)
B.P.Golovnya	Simulation of shear flow in channels with canopies.	here	here
V.O.Gorban	Interaction of near-wall flow with a square prism.	here	here
E.vanGorsel	Aspects of canopy flow in steep terrain.	here	here
H.Hiraoka	Modelling a microclimate within vegetation.	here	here
M.T.Hussainov	An experimental study of effect of particles on turbulence of gas in a gas-solid particles flow.	here	here
F.B.Kaplanski	Transport processes in an oscillating vortex pair and ring.	here	here
I.Kovalets	Advanced meteorological pre-processing for the real-time emergency response systems dealing with the atmospheric dispersion in complex terrain.	here	here
P.I.Kudinov	Numerical simulation of air pollution transfer in urban areas.	here	here
A.F.Kurbatskii	Modelling and simulation of turbulent penetrative convection and pollutant dispersion above the urban heat island in stably stratified environment.	here	here
H.Lauerbach J. Eichhorn	Flow through deciduous tree crowns: comparison of measurements and high resolution numerical modelling.	here	here
R.Meroney	Fluids that whirl. [Please note that some of these files are very large.]	here
M.Milliez	Detailed numerical modelling of local atmospheric dispersion in an idealized urban area.	here	here
A.Mochida	Optimization of tree canopy model for CFD application to local area wind energy prediction.	here	here
V.Munteanu	The role of convective diffusion on absorption of Hg(II), Cu(II), Pb(II), Cd(II) by submerged aquatic vegetation from Dubasari reservoir of the Dniester river.	here	here
H.Nakayama	LES analysis on fluctuating dispersion in actual urban canopy.	here	here
Yu.P.Nekrasov	Investigation of local statistical characteristics ot turbulent wind flow in atmospheric boundary layer with obstacles.	here	here
V.I.Nochvai	Surface ozone modelling with wind field and orography in Kyiv.	here	here
D.Pokrajac	Interpretation of PIV measurements of open channel flow over rough bed using double-averaged Navier-Stokes equations.	here	here
A.A.Prykhodko	Mathematical modelling of vertically-axis wind turbine work on the basis of Navier-Stokes equations.	here	here
A.N.Ryabinin	Boundary layer with saltating particles.	here	here
E.Savory	(1) Solar-induced thermal effects on the flow in a street canyon (2) Physical modelling of concentration fluctuations in simple obstacle arrays.	here	(2)
I.Selezov	Water wave transformation due to bottom obstacles.	here	here
U.Shavit	(1) Dispersion within emergent vegetation using PIV and concentration measurements (2) Theoretical, numerical and experimental study of the macroscopic velocity profile near permeable interfaces.	here	(1) (2)
Ye.A.Shkvar	Modelling of multiphase flows over surface with penetrable rough relief.	here	here
N.N.Smirnov	Multi-phase fluids underground filtration: manifestation of capillary effects and flow instability.	Not Available	here
A.Sogachev	Modelling of airflow over complex natural landscapes for experimental data interpretation in environmental research.	here	here
A.V.Starchenko	(1) A numerical simulation of air flow in urban obstructions (2) A numerical simulation of wind field and air quality above industrial center.	here	(1) (2)
K.Bal E.Struyf	Top-bottom investigation of water and nutrient fluxes to the coastal zone through a lowland river basin.	here	here