Subjects of interest include but are not limited to
   (*) Innovative modeling of flow physics in the area of:
boundary layer stability, compressible and incompressible
flows, coupled multi-disciplinary physics, flow in porous
media, hypersonic and reacting flows, turbulence modeling
(LES, DES, DNS, and transition to turbulence), two-phase
flows, vortex dynamics
   (*) Innovative algorithm development for flow simulation,
optimization and control: error estimation and control,
higher-order methods (discontinuous Galerkin, residual
scheme, spectral scheme, finite volume and finite
difference), immersed boundary method, iterative methods,
kinetic approach, moving mesh techniques, multigrid, mesh
adaptation, optimization, parallel algorithms, upwind schemes
   (*) Advanced multidisciplinary applications using the
above mentioned innovative technologies: aero-acoustics,
aero-elasticity, bio-fluid mechanics, flow control,
fluid-structure interaction, multiscales, and rarefied gas
flows in micro/nano scale, etc.
   (*) Educational methods, concepts, and tools in CFD.