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Team
Team (Archive)
PhD Students
Paul Belitz
Andrew Cavender
Joe Cessna
Chris Colburn
Nick Morozovsky
Brett Nadler
Saam Ostovari
Chris Schmidt-Wetekam
David Zhang
Prof. Bewley
Checkers
Flow Control Lab
Introduction
Theory
Control of near-wall flows
Overlapping decentralized control techniques for quasi-parallel flows
"Noncausal" control of quasiparabolic boundary-layer flows
Tractable methods for nonparallel flows that bypass open-loop model reduction
Hybrid methods for large-scale state estimation/forecasting
Targeted methods for adaptive observation
Fundamental performance limitations
Derivative-free optimization
Numerics
Noise mitigation in turbulent jets
DNS of flows past compliant walls
Computational interconnect strategies leveraging n-dimensional sphere-packings
Pairwise-nonrecurrant sequences
Experiments
Perching for small UAVs
Plume estimation and forecasting
Coordinated Robotics Lab
Introduction
Vehicles
Origins
iHop
iceCube
Switchblade
iFling
Secret Sauce
Model-based control theory
Advanced modeling and rapid prototyping
Reaction wheels and control moment gyros
Linkage mechanisms
Killer Apps
Simultaneous localization and mapping
Plume estimation and forecasting
LAB SAFETY
Publications
New Manuscripts
Journal Articles
Conference Papers
The Renaissance Collection
Numerical Renaissance
Renaissance Packings
Renaissance Forecasting
Renaissance Robotics
Renaissance Dynamics
Renaissance Flow Control
Copyleft
Software
Numerical Renaissance Codebase
Diablo
LABDOGS
alphaDOGS
MPDopt
HEnS
EnVO
Talktimer
Courses
MAE107 - Computational Methods in Engineering
MAE142 - Dynamics & Control of Aerospace Vehicles
MAE143a - Signals & Systems (& Control)
MAE143c - Digital Control Systems
MAE171b, 199, 296 - Coordinated Robotics
MAE222 - Flow Control
MAE223 - Computational Fluid Dynamics
MAE280a - Linear Systems & Control
MAE290a - Numerical Methods
Course & Homework Policy
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