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TOPFARM - next generation design tool for optimisation of wind farm topology and operation
TLDR
The present report is the publishable final activity report for the EU project TOPFARM. Expand
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Evaluation of local and regional air quality forecasts for London
This paper presents key results from the evaluation of a local-scale air quality forecasting system, airTEXT, alongside the CAMS regional-scale air quality forecast. The CAMS forecast, which is usedExpand
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Interactive comment on “ FLOWSTAR-Energy : a high resolution wind farm wake model ” by Amy Stidworthy and David Carruthers
RC1.2: “The manuscript does not include validation of the calculated shear-induced (wake added) turbulence. The connection between the model for shear-induced turbulence and wake deficit modelExpand
A new approach to modelling mean flow and turbulence in wind turbine wakes and wind farm environments
New developments have been made to CERC’s ADMS model that is used worldwide for modelling the dispersion of atmospheric pollutants for regulatory purposes. In these new developments, theExpand
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FLOWSTAR-Energy: a high resolution wind farm wake model
Abstract. A new model, FLOWSTAR-Energy, has been developed for the practical calculation of wind farm energy production. It includes a semi-analytic model for airflow over complex surfaces (FLOWSTAR)Expand
Myair Toolkit for Model Evaluation
PASODOBLE is the GMES downstream service project, producing local-scale air quality services for Europe under the name ‘Myair’ (http://www.myair.eu/). The local forecast model evaluation support workExpand
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Urban emission inventory optimisation using sensor data, an urban air quality model and inversion techniques
An optimisation scheme has been developed that applies a Bayesian inversion technique to a high resolution (street-level) atmospheric dispersion model to modify pollution emission rates based onExpand
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