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NUMERICAL MODELLING OF THE THERMAL INTERNAL BOUNDARY-LAYER EVOLUTION USING ATHENS FIELD EXPERIMENTAL DATA |
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| Authors: | JOSEPH LEVITIN HARRY D. KAMBEZIDIS |
| Affiliation: | (1) Department of Research and Development, Israel Meteorological Service, P.O.Box 25, 50250 Bet Dagan, Israel;(2) Atmospheric Research Team, Institute of Meteorology and Physics of the Atmospheric Environment, National Observatory of Athens, P.O.Box 20048, GR-118 10 Athens, Greece |
| Abstract: | The Boundary Layer Transformation Model(BLTM) is tested against data on the observed depth ofthe thermal internal boundary layer (TIBL).The model is based on a semi-empiricaltheory of the atmospheric boundary layer and takes into account theinfluence of the sea-land temperaturedifference and other meteorological conditionsduring the TIBL development. The measurementswere carried out during ATHens InternalBoundary Layer EXperiment (ATHIBLEX) in 1989and 1990. It is found that the BLTM results arein good qualitative agreement with theobserved TIBL depths. The reason for thediscrepancies between the observed andcomputed depths is explained by the differentdefinitions of the TIBL adopted. |
| Keywords: | Internal boundary layer model TIBL depth Field experiment |
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