Wednesday Morning, October 25
MS31
Control and Computational Fluid Dynamics I (Part I of III)
This symposium will focus on current trends in theoretical and computational methods in flow control. In recent years, considerable attention has been given
to the modeling, analysis and computation of optimal control problems and
feedback synthesis for fluid flows. The speakers will present the recent
development of the theory and applications of feedback control techniques to
complex technological problems and real-time control systems. They will discuss
time-dependent and stationary control problems, and present recent work on
control problems arising from viscous laminar flows to turbulent flows, shape
optimization, stabilization, numerical simulation and numerical optimization.
Organizers: Kazufumi Ito and S. S. Ravindran
North Carolina State University
- 8:00 Multiresolution Methods and Optimal Control of Turbulent Flows
- Roger Temam, Indiana University, Bloomington
- 8:30 Optimal Control of Turbulent Flows: Martingale Approach
- S. S. Sritharan, Naval Command Control and Ocean Surveilance Center and University of Colorado, Boulder
- 9:00 SQP Methods for the Control of Fluids
- M. Heinkenschloss, Virginia Polytechnic Institute and State University
- 9:30 The Sensitivity Equation Method for Optimal Design
- Jeffrey Borggaard, Virginia Polytechnic Institute and State University
7/27/95