Session topics may include but are not limited to....
Methods
Direct injection; Electronic sparks and discharge; Holography and holographic
interferometry; Interferometry; Laser sheet imaging; Laser induced fluorescence;
Particle image velocimetry; Shadowgraphy and Schlieren; Streaming bi-refringence;
Mechanical tufts, liquid indicators, liquid crystals; Thermal and mass
transfer indicators (thermography, sublimation, luminescent, paints, tlc,
psp); Image processing and image assisted methods; Graphical display of
data sets; Numerical flow visualization, CFD, DNS.
Applications
Acoustics; Advanced techniques; Aircraft; Airfoils; Bluff bodies;
Boundary layers; Cavity flows; Channel flows; Combustion; Cylinders; Delta
wings; Droplet break-up; Electrodynamics; Engines; Fluidics; Environmental
flows and field studies; Holography; Industrial processes; Infrared thermography;
Interferometry; Jets; Jets in cross flow; Liquid crystals; Low Reynolds
number Flows; Machines; Medical/Physiological flows; Multi-phase flows;
Natural convection; Numerical visualization; Particle Image Velocimetry;
Porous media; Pressure sensitive paints; Rotating fluids; Schlieren; Shock
waves; Supersonic flows; Three dimensional flows; Turbomachines; Turbulence;
Two phase flows; Unsteady flows and instability; Vehicles; Vortices.