摘要：A LES numerical modeling of flow in cities is presented. In three different scenarios, FEFLO-URBAN was used to analyze flow and dispersion patterns. First, a realistic urban setting in Tysons Corner, Northern Virginia, where the building geometry was obtained through blueprints; second, the MUST experiment conducted in the U.S. Army Dugway Proving Ground Horizontal Grid test site in Utah; and finally, a scenario in New York City as part of a collaborative effort supporting the design for the MSG05 Tracer experiment in the Madison Square Garden area.
其他摘要：A LES numerical modeling of flow in cities is presented. In three different scenarios, FEFLO-URBAN was used to analyze flow and dispersion patterns. First, a realistic urban setting in Tysons Corner, Northern Virginia, where the building geometry was obtained through blueprints, second, the MUST experiment conducted in the U.S. Army Dugway Proving Ground Horizontal Grid test site in Utah, and finally, a scenario in New York City as part of a collaborative effort supporting the design for the MSG05 Tracer experiment in the Madison Square Garden area.
