• Sediment-laden buoyant jets
  • finite-duration 2-d plume (animated)
  • heavy-particle dispersion from a 3-d plume: Eulerian (advection-diffusion equation), Lagrangian (random walk)
• Sediment transport and morphodynamics
  • Cone (steady flow) - surface, height contours, near-surface flow, cl velocity (animated) - large files
  • Cone (tidal) - surface, height contours, near-surface flow, cl velocity (animated) - large files
  • Gaussian (evolution of surface) - with scour, without scour (animated) - large files
• Flow about a pitched-roof building.
  • 45 degree incidence; surface pressure and streamlines
• Vortex shedding in 2-d cylinder wakes (Re=200)
  • single cylinder (animated)
  • two cylinders - cross-stream oriented (animated)
  • two cylinders - streamwise oriented (animated)
• Free-surface flow about a cylinder (Re=39000, Fr=0.19)
  • free surface and velocity vectors
  • vortex wake - height contours (animated)
  • vortex wake - velocity vectors (animated)
• Simple model of a pump (Re=100000)
  • velocity vectors (animated)
  • instantaneous streamlines (animated)
• Incompressible flow around a 3-d, wing-body junction, computed with a low-Re second-order-closure turbulence model
  • computational grid
  • upstream vortex
  • surface pressure, shear stress and downstream vortex
• Transonic flow (free-stream Ma=0.94) over a 3-d jet afterbody, computed with Menter's SST turbulence model
  • computational grid
  • surface pressure, shear-stress lines and symmetry-plane velocity vectors
• Transonic flow over an axisymmetric bump. The test case is Bachalo and Johnson (1986) at a free-stream Mach number of 0.875; the turbulence model is the SST model of Menter. (1994).
  • Mach number contours
• Flow and dispersion over Cinder Cone Butte in a strongly-stratified atmospheric boundary layer
  • topography and streamlines
  • ground level concentrations

Last updated: 28 March 2006