Temperature dependent viscosity and conductivity selected results

  • For the following tests we used the computational domain: x = [-0.01,0.1], y = [0, 0.025]
  • 5 levels: base level 110x25 cells with 4 more levels refined 2,2,4,4 times respectively

DoubleMachReflectionStudy

Slip Boundary Conditions

  • 5 Levels Inviscid van Albada limiting:
  • 5 Levels van Albada limiting:
  • 5 Levels van Albada limiting, 2x refined:
  • 5 Levels WENO-TCD, 4th order bandwith optimized:
* 5 Levels WENO-TCD, 4th order bandwith optimized, Presure only dcflag:

No Slip Boundary Conditions

See the van Alba limited VelocityBoundaryCondition Results.

  • 5 Levels van Albada limiting:
  • 5 Levels van Albada limiting, 2x refined:
  • 5 Levels WENO-TCD, 4th order bandwith optimized:
* 5 Levels WENO-TCD, 4th order bandwith optimized, Presure only dcflag:

Attachment sort Action Size Date Who Comment
wenotcdsuthnoslippdcflag40000.jpeg manage 171.9 K 11 Aug 2008 - 16:51 JackZiegler? pressureonly dcflag
wenotcdsuthnoslippdcflag4contour0000.jpeg manage 164.3 K 11 Aug 2008 - 16:51 JackZiegler? pressureonly dcflag
wenotcdsuthnoslippdcflag4dcflag0000.jpeg manage 204.1 K 11 Aug 2008 - 16:51 JackZiegler? pressureonly dcflag

Amroc > DoubleMachReflectionStudy > SutherlandModelResults
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