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Abhishek. (2026). Effect of re-entrant slot width and wing length on mean wind pressures on C-plan buildings with rounded corners: a wind-tunnel study [Data set]. Zenodo. https://doi.org/10.5281/zenodo.23408942
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The Architectural Institute of Japan (AIJ) urban wind environment benchmark suite: wind-tunnel and field data for cases A–M, from a single high-rise building and cube arrays to real districts such as Shinjuku and Niigata, many with STL geometry. Widely used to validate CFD for pedestrian-level wind and dispersion.
Boundary-layer wind tunnel surface pressure measurements on parametric low-rise prismatic buildings. Useful for wind load studies and model validation.
WindEEE wind-field and aerodynamic pressure data for a CAARC high-rise building in atmospheric boundary layer and downburst-like flows. Useful for wind-load validation.
Non-stationary pressure and velocity measurements on a low-rise duo-pitch building model in the WindEEE Dome under ABL, downburst and combined winds. Useful for wind-load studies of non-synoptic winds.
Full-scale surface pressure and velocity measurements on the 6 m Silsoe cube in natural wind, with wind-tunnel comparisons. Used as the CWE2000 validation case for CFD; time series and compiled means and variances are available.
From Zenodo, added 2026-11-07.
Listed there as “Effect of re-entrant slot width and wing length on mean wind pressures on C-plan buildings with rounded corners: a wind-tunnel study”. Tags proposed by AI and not yet checked by hand. Spotted a mistake? Tell the portal contacts.