Add to ORKGWe have evaluated the performance of several urban atmospheric transport and dispersion models by comparing model predictions to tracer gas concentrations measured during the Joint Urban 2003 field experiment in Oklahoma City, USA. These models include the Urban Canopy, Urban Dispersion Model (UDM), and Micro-SWIFT/SPRAY (MSS) modes within the HPAC modelling suite, QUIC-URB/QUIC-PLUME models, and the MESO/RUSTIC models. We discuss some of the results of these comparisons, including relative model performance according to bias and scatter metrics, differences in model behavior for predictions of daytime versus nighttime releases, and operational considerations such as runtime differences
The dispersion of pollutants originating from common sources in an urban environment were modeled. M...
dispersion study was successfully conducted in Oklahoma City, Oklahoma, during the summer of 2003 (A...
To assist emergency management planning and prevention in case of hazardous chemical release into th...
Abstract: We have evaluated the performance of several urban atmospheric transport and dispersion mo...
The Hazard Prediction and Assessment Capability (HPAC) dispersion model is widely used by the U.S. D...
The Quick Urban & Industrial Complex (QUIC) Dispersion Modeling System has been developed to rapidly...
The capabilities of nine atmospheric dispersion models (ADMs) in predicting near-field dispersion fr...
The Joint Urban 2003 (JU2003) field study was designed to collect meteorological and tracer data res...
Air motions in and around cities are highly complex, and the increasing threat of harmful releases i...
In a complex environment, such as an urban area, accurate predictions of the atmospheric dispersion ...
Many models exist for predicting the atmospheric transport and dispersion of material following its ...
The Quick Urban and Industrial Complex (QUIC) plume modeling system is used to explore how the trans...
Until recently, the use of Computational Fluid Dynamics (CFD) appears to be gaining traction over tr...
The concentrations fluctuations of a dispersing hazardous gaseous pollutant in the atmospheric bound...
Quality-assured meteorological and tracer data sets are vital for establishing confidence that indoo...
The dispersion of pollutants originating from common sources in an urban environment were modeled. M...
dispersion study was successfully conducted in Oklahoma City, Oklahoma, during the summer of 2003 (A...
To assist emergency management planning and prevention in case of hazardous chemical release into th...
Abstract: We have evaluated the performance of several urban atmospheric transport and dispersion mo...
The Hazard Prediction and Assessment Capability (HPAC) dispersion model is widely used by the U.S. D...
The Quick Urban & Industrial Complex (QUIC) Dispersion Modeling System has been developed to rapidly...
The capabilities of nine atmospheric dispersion models (ADMs) in predicting near-field dispersion fr...
The Joint Urban 2003 (JU2003) field study was designed to collect meteorological and tracer data res...
Air motions in and around cities are highly complex, and the increasing threat of harmful releases i...
In a complex environment, such as an urban area, accurate predictions of the atmospheric dispersion ...
Many models exist for predicting the atmospheric transport and dispersion of material following its ...
The Quick Urban and Industrial Complex (QUIC) plume modeling system is used to explore how the trans...
Until recently, the use of Computational Fluid Dynamics (CFD) appears to be gaining traction over tr...
The concentrations fluctuations of a dispersing hazardous gaseous pollutant in the atmospheric bound...
Quality-assured meteorological and tracer data sets are vital for establishing confidence that indoo...
The dispersion of pollutants originating from common sources in an urban environment were modeled. M...
dispersion study was successfully conducted in Oklahoma City, Oklahoma, during the summer of 2003 (A...
To assist emergency management planning and prevention in case of hazardous chemical release into th...