Core team:


Darren Lee Hitt

University of Vermont

Vermont Space Grant Consortium & NASA EPSCoR Program Director, Department of Mechanical Engineering, Professor

His research lies in the area of high-fidelity orbital mechanics (astrodynamics) simulations and the gravitational modeling required for these simulations. The particular focus lies in close-proximity orbits about small irregular celestial bodies, such as asteroids and comets, whose irregular topology and variable composition result in complex gravitational fields. In addition to this fundamental work, his research also involves mission trajectory planning and optimization using evolutionary computing approaches.


Most recent papers:

William F. Louisos, Darren Lee Hitt, Chris Danforth. Chaotic natural convection in a toroidal thermosyphon with heat flux boundaries. International Journal of Heat and Mass Transfer, , , 2015.
[pdf]
Chris Danforth, Darren Lee Hitt, William F. Louisos. Chaotic flow in a 2D natural convection loop with heat flux boundaries. International Journal of Heat and Mass Transfer, , , 2013.
[pdf] [journal page]
Chris Danforth, Darren Lee Hitt, El Hassan Ridouane, Kameron D. Harris. Predicting flow reversals in chaotic natural convection using data assimilation. Tellus, , , 2012.
[pdf] [journal page]
Chris Danforth, Darren Lee Hitt, El Hassan Ridouane. A Numerical Investigation of 3-D Flow Regimes in a Toroidal Natural Convection Loop. International Journal of Heat and Mass Transfer, , , 2011.
[pdf] [journal page]
Chris Danforth, Darren Lee Hitt, El Hassan Ridouane. A 2-D numerical study of chaotic flow in a natural convection loop. International Journal of Heat and Mass Transfer, , , 2009.
[pdf] [journal page]