T-1) Shock wave boundary - layer interaction

Shock induced separation, effect of humidity on incipient separation, wall curvature effect on separation flow structure, channel depth effect
on the interaction

T-2) Flow structure in the vicinity of a triple

point

Measurement of stagnation pressure and static pressure traverses, determination of shock waves inclinations by visualization techniques

T-3) Shock wave - boundary layer interaction

control: passive, hybrid

T-4) Modeling of the transpiration flow

through perforated plates

T-5) Transpiration flow through a perforated

plate in a nozzle with the main stream at
M = 0.3 - 1.1

T-6) Helicopter impulse noise reduction

T-7) Turbine cascade secondary flow analysis

and methods of its control

T-8) Cooling of gas turbine blades and endwalls

T-9) Shock wave - boundary layer interaction

control using streawise vortices, generated by air jets

T-10) Streamwise vortex interaction with

the horseshoe vortex

T-11) CFD analysis of high lift tabs in

a multi-element airfoils

T-12) Unsteady shock wave behavior in

a de'Laval nozzle

T-13) Verification of phenomenologic

description of the condensation phenomena by Molecular Dynamics numerical tools