21 results on '"Charogiannis, Alexandros"'
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2. Transient freezing of water between two parallel plates: A combined experimental and modelling study
3. Spatiotemporally resolved heat transfer measurements in falling liquid-films by simultaneous application of planar laser-induced fluorescence (PLIF), particle tracking velocimetry (PTV) and infrared (IR) thermography
4. Structured planar laser-induced fluorescence (S-PLIF) for the accurate identification of interfaces in multiphase flows
5. Calibration of astigmatic particle tracking velocimetry based on generalized Gaussian feature extraction
6. Calibration of astigmatic particle tracking velocimetry based on generalized Gaussian feature extraction
7. Experimental investigations of liquid falling films flowing under an inclined planar substrate
8. Solitary waves on falling liquid films in the inertia-dominated regime
9. A COMBINED EXPERIMENTAL AND COMPUTATIONAL STUDY OF THE HEAT TRANSFER CHARACTERISTICS OF FALLING LIQUID-FILMS
10. HEAT TRANFER PHENOMENA IN FALLING LIQUID FILMS: A SYNERGISTIC EXPERIMENTAL AND COMPUTATIONAL STUDY
11. Statistical characteristics of falling-film flows: A synergistic approach at the crossroads of direct numerical simulations and experiments
12. Application of Laser-Induced Fluorescence, Particle Velocimetry and Infrared Thermography to Heated Falling-Film Flows
13. Detailed hydrodynamic characterization of harmonically excited falling-film flows: A combined experimental and computational study
14. SPATIOTEMPORALLY RESOLVED HEAT TRANSFER IN FALLING-FILM FLOWS BY LASER-INDUCED FLUORESCENCE, PARTICLE TRACKING VELOCIMETRY AND INFRARED THERMOGRAPHY
15. Thermographic particle velocimetry (TPV) for simultaneous interfacial temperature and velocity measurements
16. Development of a Thermographic Imaging Technique for Simultaneous Interfacial Temperature and Velocity Measurements
17. Self-similarity of solitary waves on inertia-dominated falling liquid films
18. An experimental study of spatiotemporally resolved heat transfer in thin liquid-film flows falling over an inclined heated foil
19. APPLICATION OF PLANAR LASER-INDUCED FLUORESCENCE FOR THE INVESTIGATION OF INTERFACIAL WAVES AND RIVULET STRUCTURES IN LIQUID FILMS FLOWING DOWN INVERTED SUBSTRATES
20. A simultaneous planar laser-induced fluorescence, particle image velocimetry and particle tracking velocimetry technique for the investigation of thin liquid-film flows
21. Laser induced phosphorescence imaging for the investigation of evaporating liquid flows
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