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DOE OSTI · 1825392

Tools for Assessing Performance Project: FY2021 Quarter 4 Report

Nelson, Matthew Aaron·Conry, Patrick Tomas·Duboc, Nicolas·Linn, Rodman Ray
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Abstract

The rotatable building located at Texas Tech’s Reese Technology Center is approximately 14 m wide (width being defined as more normal to the wind than parallel), 9 m long (aligned more with the wind than perpendicular), and 4 m tall. By placing 29 sonic anemometers downwind of the building, see Fig. 1, this facility provided a chance to collect data concerning both the wake velocity deficit distribution in the downstream and crosssteam directions (relative to the mean wind) behind an isolated building. A preliminary comparison between this data and the recently- developed fast-running diffusive wake model, which was developed based on wind tunnel and LES (performed with JOULES) simulations, for the purpose of either validating this model of understanding potential persistent differences between the idealized wind tunnel or LES conditions and those of full-scale real world phenomena. For this preliminary exploration, we utilized the diffusive wake model implemented in the QUIC model.

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42 ENGINEERING58 GEOSCIENCESEarth SciencesEnergy Sciences

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Nelson, Matthew Aaron, Conry, Patrick Tomas, Duboc, Nicolas, Linn, Rodman Ray. 2021-10-11. Tools for Assessing Performance Project: FY2021 Quarter 4 Report. https://doi.org/10.2172/1825392

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