iUTAH Team - Graduate Research Assistant

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Brian Bailey

BRIAN BAILEY

University of Utah

 

Research Topic

Simulating Urban Transport Across Scales

 

iUTAH Research Focus Area

RFA1

 

Faculty Advisor

Rob Stoll

 

Abstract

This project has the following two objectives: (1) develop and use a highly complex model for energy, moisture, and momentum fluxes with tree-scale resolution over a domain footprint of several square kilometers, and (2) conduct field experiments to validate the aforementioned model as well as understand linkages between tree energy/moisture budgets and microclimate.

 

Biography

Brian is a PhD student in the Department of Mechanical Engineering at the University of Utah. His past research interests have included turbulent momentum and mass transport in canopy flows as well as energy budgets in urban and environmental settings. His work has primarily focused on developing and implementing numerical models to study these systems.

 

Posters

 

Simulating Urban Transport Across Scales
Simulating Urban Transport Across Scales
Presented by: Brian Bailey

September 2012

A High-Resolution Canopy Energy Transport Model Based on GPU Technology
A High-Resolution Canopy Energy Transport Model Based on GPU Technology
Presented by: Brian Bailey

March 2013