• Free Turbulent Flows
• Flows Around Bodies
• Semi-Confined Flows
• Confined Flows

Free Turbulent Flows

• Homogeneous flows
  1. isotropic turbulence
  2. sheared homogeneous turbulence
• Free shear flows
  1. mixing layers
  2. jets
  3. wakes
  4. with forcing of various kinds
  5. unsteady
  6. transitional
• Interacting shear flows
  1. jets in cross flow
  2. interacting jets
  3. interacting mixing layers and wakes

Flows Around Bodies

• Two-dimensional flows
  1. around airfoils and blades
  2. around axisymmetric bodies
  3. around rotating bodies
  4. around bluff bodies
  5. vortex shedding past bluff bodies
  6. around complex-geometry bodies
  7. around oscillating bodies or with unsteady approach flow
• Three-dimensional flows
  1. around simple-geometry bodies
  2. around wings
  3. around complex-geometry bodies
  4. around oscillating bodies or with unsteady approach flow

Semi-Confined Flows

• 2D boundary layers
  1. with zero longitudinal pressure gradient
  2. with non-zero longitudinal pressure gradient
  3. on rough/wavy walls
  4. on streamwise-curved wall
  5. with buoyancy effects
  6. unsteady
  7. transitional
• 3D boundary layers
  1. on spanwise-curved wall
  2. approaching obstacles
  3. submitted to various pressure gradients
  4. submitted to lateral strain
  5. complex flows
• Wall jets
  1. in quiescent environment
  2. in flowing free stream
  3. multiple interacting jets
  4. with heat transfer
• Flows around bodies interacting with boundaries
  1. surface-mounted bodies
  2. surface/vehicle interaction
  3. encounter effects on bodies
  4. with heat transfer
• Free-surface flows
  1. air-sea interaction
  2. surface waves

Confined Flows

• Confined flows without separation
  1. 2D channel flows
  2. straight constant cross-section duct/pipe flows
  3. straight varying cross-section duct/pipe flows
  4. curved duct/pipe flows
  5. swirling flows in duct/pipe
  6. duct/pipe flows with wavy walls or roughness effects
  7. duct/pipe flows with heat transfer
  8. confined jets, mixing layers and wakes
• Confined flows with separation
  1. due to sudden change of geometry
  2. due to pressure gradient
  3. due to transitional behaviour
  4. due to swirl intensity
• Cavity flows
  1. in closed chambers
  2. in chambers with multiple inlets and outlets
  3. with buoyancy or free convection
• Unsteady confined flows
  1. pulsatory flows
  2. flows in piston/cylinder arrangements
  3. rotor/stator interaction