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Rowley, Clarence W. - Department of Mechanical and Aerospace Engineering, Princeton University
Egemen Kolemen Department of Mechanical & Aerospace Engineering
FTLE field illustrating the separated flow and wake structures associated with a flat plate plunging sinusoidally in a viscous fluid.
352-08/DAH/dfDA Humphreys/APS/Nov2008 Experimental Vertical Stability Studies for ITER Performance
A hierarchy of models for the control of fish-like locomotion
Optimal Configuration of a Planet-Finding Mission Consisting of a Telescope and a Constellation of
Unsteady aerodynamic models for agile flight at low Reynolds numbers
Dissertation Topic Egemen Kolemen My research objective is to provide the dynamical framework for the next generation of
Biography of Egemen Kolemen SHORT VERSION
Model reduction and feedback control of transitional channel flow
Optimal Configuration of a Planet-Finding Mission Consisting of a
* Work supported by US DOE Contract No. DE-AC02-76CH03073 MAXIMUM CONTROLLABLE DISPLACEMENT: RESULTS FROM NSTX
Linear Stability of Ring Systems Robert J. Vanderbei
Fast computation of finite-time Lyapunov exponent fields for unsteady flows
Plotting in Matlab -A quick tutorial by Peter Norgaard -norgaard@princeton.edu
HamiltonJacobi Modelling of Stellar Pini Gurfil #
Experimental Vertical Stability Studies for ITER Performance and Design Guidance
Optimal Trajectory Control of an Occulter-Based Planet-Finding Telescope
Analysis of Bio-Inspired Propulsors Melissa A. Green
