Stagnation Temperature
Calculate stagnation temperature and isentropic total-to-static ratios for compressible flow.
Stagnation temperature
396.00 K
T0/T 1.8000
Pressure ratio
7.8244
p0/p
Density ratio
4.3469
rho0/rho
Stagnation heating
Flow brought to rest at a probe converts kinetic energy into total temperature under the isentropic model.
M 2.00
Temperature ratio
T0/T 1.8000
gamma 1.40 isentropic flow
Pressure ratio
p0/p 7.824
total pressure from the same state
Density ratio
rho0/rho 4.347
follows from p0/T0 relation
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