11 - Operations and Sustainment
ASSESSMENT OF A HIGHLY PARAMETERIZED STEADY-STATE MICROSCALE WIND SIMULATOR FOR URBAN AIR MOBILITY APPLICATIONS
D.S. Nithya¹, G. Quaranta¹, V. Muscarello², M. Liang²; ¹Politecnico di Milano, Italy ;²RMIT University, Australia
This paper is targeted to assess the capability of fast computing Wind models, employed within the Wind Engineering and Atmospheric science domain, to generate low-altitude wind data for Urban Air Mobility applications. Therefore, the proposed approach is to reproduce Wind Tunnel test conditions of flow around a building with sufficient accuracy for the comparitive analysis and assessment.