Can you run CHT case with ideal gas state eq and 2eq Turbulence models?

granzer_22210

Hello,

Can a CHT simulation be run with Ideal gas equation of state and 2eq turbulence models like KE, KW, KW-SST? I am able to run the case with SA model, but when ever is use the previously mentioned 2eq model I get the following error:

acuSolve: ---------------------- Input Phase --------------------------
acuSolve: Input CPU/Elapse time = 1.154700e+001 1.951000e+000 Sec
acuSolve: Input Memory Usage = 3.840000e+002 Mbytes
acuSolve: Init. CPU/Elapse time = 1.282000e+000 9.200000e-002 Sec
acuSolve: ---------------------- Begin Time Step ----------------------
acuSolve: Time-Step= 301 ; timeInc= 1.000000e+005 ; time= 3.000000e+007
acuSolve: Temperature-Flow stagger "temperature_flow": FORM-LHS
acuSolve: pressure res ratio = 2.207136e-003
acuSolve: velocity res ratio = 3.455140e-002
acuSolve: temperature res ratio = 1.362420e-001
acuSolve: GMRES No iterations = 36 (0.63)
acuSolve: GMRES 0/1/n norms = 1.146822e-002 1.146822e-002 1.079294e-005
acuSolve: GMRES Iter. CPU/Elapse = 2.813000e+000 2.090000e-001
acuSolve: CGP No iterations = 38
acuSolve: CGP 0/1/n norms = 4.212823e-005 4.291401e-005 4.093476e-007
acuSolve: CGP Iter. CPU/Elapse = 5.656000e+000 3.820000e-001
acuSolve: GMRES No iterations = 17 (1.70)
acuSolve: GMRES 0/1/n norms = 1.590244e-004 9.695475e-005 1.505765e-005
acuSolve: GMRES Iter. CPU/Elapse = 7.235000e+000 5.130000e-001
acuSolve: pressure sol ratio = 1.696775e+000
acuSolve: velocity sol ratio = 2.260088e-001
acuSolve: temperature sol ratio = 5.197388e-002
acuSolve: *** ASSERTION in Function <fElm3SstDc2>
acuSolve: *** DC not implement
acuSolve: *** ASSERTION in Function <fElm3SstDc2>
acuSolve: *** DC not implement
acuSolve: *** ASSERTION in Function <fElm3SstDc2>
acuSolve: *** DC not implement
acuSolve: *** ASSERTION in Function <fElm3SstDc2>
acuSolve: *** DC not implement
acuSolve: *** ASSERTION in Function <fElm3SstDc2>
acuSolve: *** DC not implement

.

.
acuRun: *** ERROR: error occurred executing acuSolve" 

I am restarting my run from a constant density simulation which was run till convergence.

I have  tried this on 2019 and 2020 versions of Acusolve. 

 

Thank you.

 

granzer_22210

Any info regarding this error would be greatly appreciated.

ydigit

This error would need deeper investigation, than that can be done on public forum with exchange of files. Please raise a support ticket.