Modeling, Manipulation and Control of Transverse Jets
Invited Lecturers
- Luca Cortelezzi (McGill University, Montreal, Quebec, Canada)
Background on dynamical systems control, hierarchies of models and controllers, 3D vortex element simulations of unforced and forced transverse jets, etc., model identification, controller development for transverse jet (from computations).
- Ari Glezer (Georgia Inst. of Technology, Atlanta, Georgia, USA)
Background on synthetic jets, actuation methods for jet/mixing control, results relevant to control of transverse jets, transverse jets as a practical means to control fluid flows (e.g. wake control).
- Ann. R. Karagozian (Univ. of Calif. Los Angeles, Los Angeles, California, USA)
Background on the transverse jet, applications, experimental and computational studies over 30+ years, 2D vortex modeling and experiments on unforced transverse jets, formation and evolution of the CVP and quantification of entrainment and mixing in transverse jets, experiments on pulsed transverse jets and controller development.
- Petros Koumoutsakos (ETH Zentrum, Zurich, Switzerland)
Overview of numerical modeling using vortex methods, overview of optimization via genetic algorithms, application of genetic algorithms to control of transverse jets, transverse jets as a practical means to control fluid flows (e.g. turbine blade cooling).
- Godfrey M. Mungal (Stanford University, Stanford, California, USA)
Background on experimental diagnostic methods for quantifying jet penetration, entrainment, mixing, etc., vortex systems in the transverse jet flowfield, current ideas on CVP evolution, mixing, etc., transverse jets in combustion applications.