Scheduled presentations:

• Supersonic turbulent boundary layers over curved walls
  *D. Modesti (Gran Sasso Science Institute), F. Salvadore (Cineca), M. Bernardini (La Sapienza)
• State-to-State investigation of thermochemical non-equilibrium in the boundary layer of an ablative thermal protection system
  *D. Ninni (Polytechnic University of Bari), F. Bonelli (Polytechnic University of Bari), G. Colonna (Institute for Plasma Science and Technology), A. Laricchiuta (Institute for Plasma Science and Technology), G. Pascazio (Polytechnic University of Bari)
• Evaluation of recycle-rescaling methods for simulation of turbulent chemically reacting boundary layers
  *C. Meo (Università del Salento), D. Passiatore (Università del Salento), M. Di Renzo (Università del Salento)
• Conjugate heat transfer effects in shock wave/boundary layer interactions
  *G. Della Posta (Sapienza University of Rome), M. Fratini (Sapienza University of Rome), M. Bernardini (Sapienza University of Rome)
• High-fidelity simulation of turbulence-chemistry interaction in a strongly reacting high-Mach boundary layer
  C. Williams (Center for Turbulence Research, Stanford U.), *M. Di Renzo (Universitá del Salento), P. Moin (Center for Turbulence Research, Stanford U.)
• Time and length scales of low-frequency pressure fluctuations in supersonic swept ramps
  *G. Soldati (Sapienza University of Roma), A. Ceci (Sapienza University of Roma), A. Palumbo (Sapienza University of Roma), S. Pirozzoli (Sapienza University of Roma)
• DNS of high–speed turbulent boundary layers subject to pressure gradients
  *A. Ceci (Sapienza University of Rome), S. Pirozzoli (Sapienza University of Rome)