Appendices

• Appendix: Time Integration
  • Integration Method
  • Time Step Selection
  • Number of Time Steps
  • Time Step Convergence
• Appendix: Initial Conditions
  • Uniform Initial Conditions
  • Left and Right State Initial Conditions
  • Initial Condition Regions
  • Interpolated Initial Conditions
• Appendix: Boundary Conditions
  • extrapolatedPressureOutlet
  • fixedMassOutlet
  • fixedPressureInlet
  • fixedPressureOutlet
  • incompressibleInlet
  • noslip
  • slip
  • subsonicInlet
  • supersonicInlet
  • Symmetry
  • totalPressureInlet
• Appendix: Inviscid Fluxes and Gradient Limiting
  • First-Order Upwinding
  • Second-Order Upwinding
  • SLAU/SLAU2
  • Inviscid Flux for Turbulence Equations
  • Limiters
• Appendix: Equation Options
  • Momentum Equation
  • Pressure Correction Equation
  • Pressure Equation
  • Energy Equation
  • Species Equation
  • Turbulence Equations
• Appendix: Linear Solvers
• Appendix: Output Data
  • Data Printed to Standard Output
  • Field Data Written to Output Directory
  • Boundary Data Written to Output Directory
  • Probe Data
  • Turnover Time
  • Clip Surface Output
• Appendix: Restarting Cases
  • Restart Data
  • Restart Compressible Simulation from an Incompressible Simulation
  • Restarting a Turbulent Simulation from a Laminar Simulation
  • Restarting a BDF2 Simulation from a BDF Simulation
• Appendix: Thermodynamic Data
  • Species Definition
  • Creation of Model Files (.mdl files)
  • Thermodynamic Models for Caloric Equation of State
• Appendix: Transport Properties
  • Laminar Transport Properties
  • Turbulent Transport Properties
  • Multi-Species CHEMKIN Transport Properties
• Appendix: Velocity and Scalar Boundary Condition Specification
  • Velocity Boundary Conditions
  • Scalar Boundary Conditions
• Appendix: Solving the Pressure-Correction Equation
• Appendix: Space-Time Interpolation Module
  • Space-Time Interpolated BCs
• Appendix: Non-Inertial Reference Frame
  • File-Based Specification
  • Constant Parameter Specification
  • Important Constraints