Center for Flow Physics and Control (CeFPaC)

Isom Herron

Mathematical Sciences
The theory of the stability of fluid flows.
Common applications are to phenomena in the atmosphere, the oceans, to problems of the motion of ships and aircraft and to internal machinery.
Modern approaches involve new techniques in operator theory, energy methods and dynamical systems.
Current research interests are in (i) stability of rotating magneto-hydrodynamic flows, (ii) more complicated geophysical flows such as groundwater, for which mathematical models are still being developed.

Michael Amitay

Professor and James L. Decker '45 Endowed Chair in Aerospace Engineering and Director, Center for Flow Physics and Control (CeFPaC).
Mechanical Aerospace and Nuclear Engineering
Experimental Aerodynamics
Experimental fluid mechanics
Active and passive Flow Control

Anna Dyson

Associate Professor and Director, Center for Architecture Science and Ecology
Building Architecture & Design
Built Ecologies
Building Energy Generation

Sandipan Mishra

Associate Professor
Mechanical Aerospace and Nuclear Engineering
Dynamic Systems and Control
Precision Mechatronics
Unmanned Aerial Vehicles
Advanced Manufacturing
Energy Efficient Buildings

Daniel Lewis

Associate Professor
Materials Science and Engineering
Mesoscopic Modeling in Materials
Morphological Evolution
Fuel Cells and Electrochemial Energy Conversion
Phase Transformations and Phase Diagrams

Onkar Sahni

Mechanical Aerospace and Nuclear Engineering
Fluid Mechanics
Computational Fluid Dynamics
Turbulence Simulations
Computational Mechanics
High-Performance and Parallel Computing