A new original software interface between the WRF mesoscale meteorological model and the SPRAYWEB dispersion model has been developed. The model chain was designed such a highly responsive tool for risk assessment and emergency-response purposes. The model interface reads the wind and temperature fields provided by WRF and interpolates them on a fixed-in-Time grid, which is the input to the dispersion model. Furthermore, it calculates the turbulence-parameter vertical profiles, based on the surface-layer data provided by WRF. In this work we simulate the dispersion of a high-buoyancy plume. The model chain performances were tested against the Bull-Run dataset.

Model chain for buoyant plume dispersion / A. Bisignano, L. Mortarini, E. Ferrero, S. Alessandrini. - In: INTERNATIONAL JOURNAL OF ENVIRONMENT AND POLLUTION. - ISSN 0957-4352. - 62:2-4(2017), pp. 200-213. [10.1504/IJEP.2017.10010374]

Model chain for buoyant plume dispersion

L. Mortarini
Secondo
;
2017

Abstract

A new original software interface between the WRF mesoscale meteorological model and the SPRAYWEB dispersion model has been developed. The model chain was designed such a highly responsive tool for risk assessment and emergency-response purposes. The model interface reads the wind and temperature fields provided by WRF and interpolates them on a fixed-in-Time grid, which is the input to the dispersion model. Furthermore, it calculates the turbulence-parameter vertical profiles, based on the surface-layer data provided by WRF. In this work we simulate the dispersion of a high-buoyancy plume. The model chain performances were tested against the Bull-Run dataset.
Lagrangian model; pollution dispersion; plume rise
Settore GEOS-04/C - Oceanografia, meteorologia e climatologia
Settore PHYS-05/B - Fisica del sistema Terra, dei pianeti, dello spazio e del clima
2017
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1123948
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