#!CONVERGE_VERSION=2.3.0
#=======================

2                       turbulence_model             Turbulence model flag.
# 1 = k-eps, 2 = rng k-eps, 3 = rapid distortion rng k-eps, 4 = Realizable k-eps
# 6 = standard k-omega 1998, 7 = standard k-omega 2006, 8 = k-omega-sst.
# 0 = upwind LES, 12 = Smagorinsky model, 21 = dynamic Smagorinsky model
# 11 = 1-equation eddy viscosity LES, 22 = dynamic structure model, 23 = consistent dynamic structure model

# k-eps RANS model constants 
0.0845                  keps_cmu                     Turbulent viscosity coefficient. Typically 0.09 for k-eps and 0.0845 for rng k-eps.
1.39                    keps_rpr_tke                 Reciprocal TKE Prandtl number. Typically 1.0 for k-eps, 1.39 for rng k-eps.
1.42                    keps_ceps1                   Turbulent dissipation (eps) constant. Typically 1.44 for k-eps, 1.42 for rng k-eps.
1.68                    keps_ceps2                   Turbulent dissipation (eps) constant. Typically 1.92 for k-eps, 1.68 for rng k-eps.
-1.0                    keps_ceps3                   Turbulent dissipation (eps) constant. Disbaled for Rapid Distortion RNG k-eps because CONVERGE calculates it. Typically -1.0 to 0.5.
1.39                    keps_rpr_eps                 Reciprocal turbulent dissipation (eps) Prandtl number. Typically 0.7692 for k-eps, 1.39 rng k-eps.
0.012                   keps_rng_beta                RNG k-epsilon constant. Typically 0.012.
4.38                    keps_rng_eta0                RNG k-epsilon constant. Typically 4.38.

# k-omega RANS model constants 
0.09                    komega_cmu                   0.09 for all models.
0.85                    komega_rpr_tke               0.6  for k-omega 2006, 0.5 for k-omega 1998, 0.85 for k-omega-sst.
0.5                     komega_rpr_omega             0.5 for all models.
0.556                   komega_alpha                 13/25 for k-omega 1998 and 2006,  5/9 for k-omega-sst.
0.075                   komega_beta                  0.0708 for k-omega 2006, 0.072 for k-omega 1998, 0.075 for k-omega-sst.
0.875                   komega_clim                  for k-omega 2006 only.
0.31                    komega_sst_a1                for k-omega-sst only.
1.0                     komega_rpr_tke_outer         for k-omega-sst only.
0.856                   komega_rpr_omega_outer       for k-omega-sst only.
0.44                    komega_alpha_outer           for k-omega-sst only.
0.0828                  komega_beta_outer            for k-omega-sst only.
1                       komega_near_wall_treatment   0 = Standard wall function; 1 = Automatic wall function; 2 = Automatic wall function with Wilcox's low Re corrections; 3 = Menter's wall boundary conditions.

# LES model constants 
1.0                     les_rpr_tke                  
2.0                     les_c_tke                    LES sub-grid estimate constant. Typically 2.0.
0.05                    les_c_tke_visc               LES Viscosity coefficient.
2.0                     les_c_eps                    Turbulent LES dissipation constant. Typically 1.0.
1                       les_wall_model               LES wall model: 0=standard law of the wall, 1=Werner and Wengle (recommended).

# Wall modeling 
10                      heat_model                   Wall heat transfer model: 0=O'Rourke , 1=Han and Reitz, 2=Angelberger.
0.42                    law_kappa                    Von Karman's constant.
5.5                     law_b                        Law of wall parameter.

# Other physics effects 
0.0                     discrete_c_s                 Turbulent spray source constant. Typically 0 to 1.5.
0.03                    discrete_c_ps                Drop turbulent dispersion constant. Typically 0 to 0.16.
0                       buoyancy_flag                Buoyancy effects. It requires gravity values set up in inputs.in.

# Turbulence Statistics 
0                       turb_stat_flag               Select turbulent statistics model (0=disabled).
-999999                 turb_stat_start_time         
-999999                 turb_stat_end_time           
0.0001                  turb_stat_tol                
