High temperature flow

bigbird142 · August 7, 2020, 03:07

Does SU2 support high-temperature frozen flow? i.e where various thermodynamic properties are a function of the local static temperature? mu = mu(T), gamma = gamma(T)?

pcg · August 8, 2020, 04:53

SU2 can use polynomial models of thermal conductivity and laminar viscosity.
Non ideal fluids (variable gamma) can be modeled via Van der Walls' or Peng-Robinson's models.

There is also on-going development for hypersonic flows (including the modeling of chemical reactions, ionization) see https://github.com/su2code/SU2/pull/1014
and SU2 V7.0.5 Hypersonic

August 7, 2020, 03:07	High temperature flow	#1
bigbird142 New Member Liam111 Join Date: Oct 2015 Posts: 5 Rep Power: 11	Does SU2 support high-temperature frozen flow? i.e where various thermodynamic properties are a function of the local static temperature? mu = mu(T), gamma = gamma(T)?

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August 8, 2020, 04:53		#2
pcg Senior Member Pedro Gomes Join Date: Dec 2017 Posts: 466 Rep Power: 14	SU2 can use polynomial models of thermal conductivity and laminar viscosity. Non ideal fluids (variable gamma) can be modeled via Van der Walls' or Peng-Robinson's models. There is also on-going development for hypersonic flows (including the modeling of chemical reactions, ionization) see https://github.com/su2code/SU2/pull/1014 and SU2 V7.0.5 Hypersonic