Conformal symmetry: Difference between revisions
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{{Unreferenced stub|auto=yes|date=December 2009}} | |||
{{Orphan|date=February 2009}} | |||
In [[fluid mechanics]], a '''homentropic''' flow has uniform and constant [[Thermodynamic entropy|entropy]]. It distinguishes itself from an isentropic or particle isentropic flow, where the entropy level of each fluid particle does not change with time, but may vary from particle to particle. | |||
For an ideal gas, the general equation of an isentrope, relating pressure and density is | |||
<math>dP=c^2d\rho</math> | |||
In a homentropic flow, the constant c is fixed for all particles at all times. | |||
{{DEFAULTSORT:Homentropic Flow}} | |||
[[Category:Thermodynamic entropy]] | |||
[[Category:Fluid dynamics]] | |||
{{Fluiddynamics-stub}} | |||
Revision as of 18:49, 5 December 2013
Template:Unreferenced stub Template:Orphan In fluid mechanics, a homentropic flow has uniform and constant entropy. It distinguishes itself from an isentropic or particle isentropic flow, where the entropy level of each fluid particle does not change with time, but may vary from particle to particle.
For an ideal gas, the general equation of an isentrope, relating pressure and density is In a homentropic flow, the constant c is fixed for all particles at all times.
