2 Day Schedule
8am-12pm EDT (2pm-6pm CEST)
July 21st, Wednesday
- 8:00am EDT (2:00pm CEST): Welcome Day 1, Dean Michael Georgiopoulos, UCF College of Engineering and Computer Science
- 8:15am (2:15pm): Realistic high temperature testing of materials for aerospace applications, Dr. Bartsch
- 8:30am (2:30pm): Adiabatic Film Cooling Effectiveness of a Transpiration-Cooled Leading Edge fabricated by Laser Additive Manufacturing, Dr. Jayanta Kapat
- 8:45am (2:45pm): High-Speed Compressible Turbulence from Hypersonic Jet Engines and Power Generation to Exploding Stars, Dr. Ahmed
- 9:00am (3:00pm): Understanding H2-Enriched Natural Gas Swirl Flames through Highspeed Laser Imaging and Simulation, Dr. Boxx
- 9:15am (3:15pm): Morphing Wings and Flow Controls, Dr. Bhattacharya
- 9:30am (3:30pm): Advanced Lagrangian Particle Tracking, Dr. Schanz
- 10:00am (4:00pm): IRES Poster Session (Video and Q&A)
- 11:00am (5:00pm): IRES Student Panel: International Research – The Student Perspective
- 11:45am (5:45pm): Closing Remarks
July 22nd, Thursday
- 8:00am EDT (2:00pm CEST): Welcome, Day 2
- 8:15am (2:15pm): Non-intrusive laser/optical diagnostics & sensors for problems in Hypersonics, Energy, Propulsion, Fire, Detonations, Rockets, Space Exploration, Dr. Vasu
- 8:30am (2:30pm): Ignition Delay Time Measurements of Natural Gas under Oxyfuel Conditions and the Fundamental Combustion Properties of Alcohol-to-Jet (AtJ) Dr. Naumann
- 8:45am (2:45pm): Shock-Raindrop Interaction and Potential for Cavitation-Induced Droplet Breakup, Dr. Kinzel
- 9:00am (3:00pm): Shedding light on the mechanics of high temperature coatings, Dr Raghavan
- 9:15am (3:15pm): Development of Novel CMAS/VA Resistant TBCS: Influence of chemical composition and the microstructure, Dr. Naraparaju
- 9:30am (3:30pm): Exploring defect engineering for heterogeneous catalysis on 2D materials, Dr. Tetard
- 10:00am (4:00pm): Research at Argonne and Oak Ridge National Laboratories, Dr. Jonathan Almer (Argonne) and Dr. Jeffrey Bunn (Oak Ridge)
- 11:00am (5:00pm): Closing Remarks
Contact Email: Iressymposium@ucf.edu
This website is based in part upon work supported by the National Science Foundation under OISE Grant No. 1952523. Any opinions, findings and conclusions or recommendations expressed in this website are those of the author(s) and do not necessarily reflect the views of the National Science Foundation (NSF).