velocity inlet and ideal gas simultaneously-what's wrong?
i am running simulation for a pipe flow with heat transfer. to validate my results i need to use dittus-boelter correlation which is only applicable for fully developed turbulent flows. so i need a fully developed profile at inlet, for which i am using profiles from the outlet for the same to get the developed flow.
but i also need to consider compressiblity effects,so i have to use idael gas for for density specification.
now for compressible flows ideal inlet boundary conditions are mass flow inlet and pressure inlet , so using velocity inlet is questionable.
so to sum it up,
what is wrong in using velocity inlet bc at inlet while considering ideal gas for density specification?
how can i ensure fully developed flow at inlet if i use mass flow inlet or pressure inlet boundary conditions?
help me guys...stuck here.
thnx in advance...
|All times are GMT -4. The time now is 23:07.|