Skip to content

WMLES

Wall-Modeled Large Eddy Simulation Resource
Main navigation
  • Hybrid LES/RANS models
    • Detached Eddy Simulation
    • Grid requirements for hybrid LES/RANS
    • Hybrid RANS/LES model verification
  • Wall-stress models
    • Coupling LES to a wall-stress model
    • Wall-stress model: algebraic
    • Wall-stress model: ODE
    • Grid requirements for wall-stress modeled LES
    • Instantaneous vs averaged input
    • Wall-stress model verification
  • Validation
    • Incompressible channel flow at Re=5200
      • Channel grids
      • Channel results: equilibrium wall-stress model in the Hybrid code
      • Channel results: Spalding formula in the Flexi code
      • Channel results: IDDES in the Vulcan code
    • NASA 2D hump
  • Workshops
    • Workshop 2016
    • Workshop 2022
Johan Larsson February 5, 2019

Channel results: Flexi

Bookmark the permalink.
© 2021 WMLES.
  • Home
  • Hybrid LES/RANS models
    • Detached Eddy Simulation
    • Grid requirements for hybrid LES/RANS
  • Instantaneous vs averaged input
  • Validation
    • Incompressible channel flow at Re=5200
      • Channel grids
      • Channel results: equilibrium wall-stress model in the Hybrid code
      • Channel results: IDDES in the Vulcan code
      • Channel results: Spalding formula in the Flexi code
    • NASA 2D hump
  • Wall-stress models
    • Coupling LES to a wall-stress model
    • Grid requirements for wall-stress modeled LES
    • Wall-stress model verification
    • Wall-stress model: algebraic
    • Wall-stress model: ODE
  • Workshop 2022
    • Workshop 2016
  • Workshops
Secondary navigation
  • Search

Post navigation

Channel results: Vulcan

Begin typing your search above and press return to search. Press Esc to cancel.