Bhagirath Addepalli
University of Utah
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Publication
Featured researches published by Bhagirath Addepalli.
Boundary-Layer Meteorology | 2013
Bhagirath Addepalli; Eric R. Pardyjak
A step-up street canyon is a characteristic urban element composed of two buildings in which the height of the upwind building (
Inverse Problems in Science and Engineering | 2011
Bhagirath Addepalli; K. Sikorski; Eric R. Pardyjak; Michael S. Zhdanov
Environmental Fluid Mechanics | 2015
Bhagirath Addepalli; Eric R. Pardyjak
H_\mathrm{u}
EM: Air and Waste Management Association's Magazine for Environmental Managers | 2013
Bhagirath Addepalli; Eric R. Pardyjak; Rob Stoll; Peter Willemsen; S. A. Halverson; D. E. Johnson
29th Conf. on Agricultural and Forest Meteorology/19th Symp. on Boundary Layers and Turbulence/Ninth Symp. on the Urban Environment (1-6 August 2010) | 2010
Bhagirath Addepalli
) is less than the height of the downwind building (
AAAR 29th Annual Conference. | 2010
John M. Veranth; Scott Speckart; Bhagirath Addepalli; Eric R. Pardyjak
dagstuhl seminar proceedings | 2009
Krzysztof Sikorski; Bhagirath Addepalli; Eric R. Pardyjak; Michael S. Zhdanov
H_\mathrm{d}
Undergraduate Research Abstracts Journal | 2007
Bhagirath Addepalli; Eric R. Pardyjak
Seventh Conference on Coastal Atmospheric and Oceanic Prediction and Processes joint with the Seventh Symposium on the Urban Environment (10-13 September 2007) | 2007
Bhagirath Addepalli
). Here, the effect of canyon geometry on the flow structure in isolated step-up street canyons is investigated through isothermal wind-tunnel measurements. The measurements were acquired along the vertical symmetry plane of model buildings using two-dimensional particle image velocimetry (PIV) for normal approach flow. The building-height ratios considered were:
Bulletin of the American Physical Society | 2007
Bhagirath Addepalli; Eric R. Pardyjak; Michael F. Brown
