High resolution performance results

DoubleMachReflectionStudy

• Problem setup
• Performance Comparison
• Sutherland Temperature dependent Model

24 processors

• Clawpack: base level 170x140 cells with 3-4 more levels, (x,y)[(-.005,.08)(.0,.07)], max cfl 0.9
• WENO-TCD: base level 340x320 cells with 4 more levels refined 2,2,2,2 times respectively, (x,y)[(-.005,.08)(.0,.08)], max cfl 0.85)

DMR Slip BCs- Temperature Dependent Viscosity and Conductivity

DoubleMachReflectionStudy SutherlandModelGFMResults

Method	Density Color	Density Contour	DC Flag
Roe- van Albada: inviscid
Roe- van Albada
Roe- van Albada: 2x Refined
Weno-TCD-bandwidth 2nd order: pressure only dcflag, pcurv=1e7
Weno-TCD-bandwidth 4th order: pressure only dcflag, pcurv=1e7
Weno-TCD-bandwidth 2nd order: pressure only dcflag, pcurv=2e7
Weno-TCD-bandwidth 4th order: pressure only dcflag, pcurv=3e7

DMR No Slip BCs- Temperature Dependent Viscosity and Conductivity

Method	Density Color	Density Contour	DC Flag
Roe- van Albada
Roe- van Albada: 2x Refined
Weno-TCD-bandwidth 2nd order: pressure only dcflag, pcurv=1e7
Weno-TCD-bandwidth 4th order: pressure only dcflag, pcurv=1e7
Weno-TCD-bandwidth 2nd order: pressure only dcflag, pcurv=2e7
Weno-TCD-bandwidth 4th order: pressure only dcflag, pcurv=1e8

DoubleMachReflectionStudy SutherlandModelGFMResults