| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e6 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 1.0 |
| MPEG | 1e6 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 1.0 |
| MPEG | 1e6 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 1.0 |
| MPEG | 1e6 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 1.0 |
| MPEG | 1e6 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 1.0 |
| MPEG | 1e7 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 1.0 |
| MPEG | 1e7 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 1.0 |
| MPEG | 1e7 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 1.0 |
| MPEG | 1e7 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 1.0 |
| MPEG | 1e7 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 1.0 |
| MPEG | 1e8 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 1.0 |
| MPEG | 1e8 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 1.0 |
| MPEG | 1e8 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 1.0 |
| MPEG | 1e8 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 1.0 |
| MPEG | 1e8 | uniform hot | none | 769 | 97 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 1.0 |
| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10000) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10000) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10000) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 100km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10000) | 0.5 |
| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e5) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e6) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e5) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e6) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e5) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e6) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1000) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e5) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e6) | 0.5 |
| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e5 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e5 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e5 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e6 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e7 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | 0 | 0.5 |
| MPEG | 1e7 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e8 | uniform hot | none | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | Rayleigh # | Initial Condition | Perturbation | Grid X | Grid Z | Grid Refinement | Heat Prod Type | Heat Prod Q | Material Type | Layers | Viscosity Type | Viscosity Prefactor | Temp Depend Type | A | Tref |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 0.5 |
| MPEG | 1e5 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 0.5 |
| MPEG | 1e6 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 0.5 |
| MPEG | 1e7 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e4) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(10) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(100) | 0.5 |
| MPEG | 1e8 | 150 My HS cooling | depth = 100km 10km circle -.5% temp | 2305 | 385 | none | constant | 0 | layers | 1 | constant | 1 | exp(A(Tref-T) | ln(1e3) | 0.5 |