Stagnation Properties
Solving compressible flow equations requires equations to relate static and stagnation properties. The following equations are used by AFT xStream to relate stagnation temperature, pressure, enthalpy, and density (T0, P0, h0, and ρ0, respectively), velocity (or Mach number, M), and static temperature, pressure, enthalpy, and density (T, P, h, and ρ, respectively).
Stagnation temperature:
Stagnation pressure:
Stagnation enthalpy:
Stagnation density:
Related Topics
Stagnation vs. Static Pressure Boundaries
Review of Compressible Flow Theory
Pressure Drop in Pipes - Detailed Discussion
Extension of Single-Pipe Methods to Networks
Compressible Flow Theory in Single Pipes
Sonic Choking Detailed Description
Role of Pressure Junctions - Detailed Discussion (Long)
