This 11th Conference took place in Cambridge, UK, 2-5 July 2007.
- Science and policy challenges of atmospheric modelling in consideration of health effects
- Towards uncertainty mapping in air-quality modelling and assessment
- Assessment of HPAC urban modelling capabilities using data from the Joint Urban 2003 field experiment
- A one-year application of the Veneto air quality modelling system: regional concentrations and deposition on Venice lagoon
- Evaluation of OML and AERMOD
- Modelling national air quality strategy scenarios with UKIAM: uncertainties emerging from the integration of multiple spatial scales
- Study of regional dilution and transformation processes of the air pollution from road transport
- Application of urban street canyon models for predicting vehicular pollution in an urban area in Dublin, Ireland
- Meteorological data from numerical weather prediction or observations for dispersion modelling
- SARRIM: A tool to follow the rocket releases used by the CNES Environment and Safety Division on the European Spaceport of Kourou (French Guyana)
- An evaluation and comparison of the various statistical and deterministic techniques for forecasting the concentration of criteria air pollutants
- Comparing the impact of a road tunnel vs. a road viaduct by means of an integrated exposure assessment
- An integrated tool to forecast and reduce refinery contribution to SO2 pollution peaks
- How health related issues are likely to drive dispersion modelling over the next decade
- Recommendations for the spatial assessment of air quality resulting from the FP6 EU project Air4EU
- Quality assurance and improvement of micro-scale meteorological models
- Development and first tests of a data assimilation algorithm in a Lagrangian puff atmospheric dispersion model
- A new puff modelling technique for short range dispersion applications
- Numerical simulation of turbulent dispersion on a two-way facing traffic road
- Evaluation of CFD model predictions of local dispersion from an area source on a complex industrial site
- A Lagrangian dispersion model with chemical reactions
- Reverse modelling for the determination of fugitive sources of PM10
- Proposal of a new Lagrangian particle model for the simulation of dense gas dispersion
- Assessing meteorological uncertainties in dispersion forecasts using a NWP Ensemble Prediction System
- Modelling the impact of sea-salt particles on the exceedances of daily PM10 air quality standards in the Netherlands
- Using plume rise schemes to model highly buoyant plumes from large fires
- Modelling the meteorology and traffic pollutant dispersion in highly complex terrain: the ALPNAP Alpine Space Project
- Real time, high resolution regional weather and air quality forecasting system in West Macedonia, Greece
- Implications for UK coal-fired power stations of a move to a particulate matter standard based on PM2.5
- The role of temperature in tropospheric ozone
- Particle re-suspension in street canyon with two-way traffic
- Effects of meteorological data thresholding on the quality of urban HPAC predictions of the Joint Urban 2003 field trials
- Measurements and CFD simulations of flow and dispersion in urban geometries
- Data assimilation within the Air4EU project: the Athens case
- Numerical study for the flow around moving cars and its effect on the dispersion of the traffic emitted pollution within a road tunnel
- An application of backscatter Lidar to model the odour nuisance arising from aircraft tyre smoke
- A comparison between IECM and IEM Lagrangian models
- Developments in ADMS-Airport to take account of near field dispersion and applications to Heathrow Airport
- Comparison of measured and modelled NO2 values at Zurich airport, sensitivity of aircraft NOx emissions inventory and NO2 dispersion parameters
- The sustainable development of Heathrow Airport: model inter-comparison study
- Simulation of flow in an idealised city using various CFD codes
- Evaluation of a general CFD-solver for a micro-scale urban flow
- MUST experiment simulations using CFD and integral models
- Numerical model of urban aerodynamics and pollution dispersion
- Application of a modified version of RAMS model to simulate the flow and turbulence in the presence of buildings: the MUST COST732 exercise
- COST 732 in practice: the MUST model evaluation exercise
- The COST 732 Best Practice Guideline for CFD simulation of flows in the urban environment: a summary
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