@@ -4136,19 +4136,19 @@ void CFlowOutput::SetTimeAveragedFields(const CConfig *config) {
41364136 }
41374137
41384138 if (config->GetKind_Turb_Model () != TURB_MODEL ::NONE ) {
4139- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_11 " , " ModeledReynoldsStress_11 " , " TIME_AVERAGE" , " Modeled Reynolds stress xx-component" );
4140- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_22 " , " ModeledReynoldsStress_22 " , " TIME_AVERAGE" , " Modeled Reynolds stress yy-component" );
4141- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_12 " , " ModeledReynoldsStress_12 " , " TIME_AVERAGE" , " Modeled Reynolds stress xy-component" );
4139+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_XX " , " ModeledReynoldsStress_XX " , " TIME_AVERAGE" , " Modeled Reynolds stress xx-component" );
4140+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_YY " , " ModeledReynoldsStress_YY " , " TIME_AVERAGE" , " Modeled Reynolds stress yy-component" );
4141+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_XY " , " ModeledReynoldsStress_XY " , " TIME_AVERAGE" , " Modeled Reynolds stress xy-component" );
41424142 if (nDim == 3 ){
4143- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_33 " , " ModeledReynoldsStress_33 " , " TIME_AVERAGE" , " Modeled Reynolds stress zz-component" );
4144- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_13 " , " ModeledReynoldsStress_13 " , " TIME_AVERAGE" , " Modeled Reynolds stress xz-component" );
4145- AddVolumeOutput (" MODELED_REYNOLDS_STRESS_23 " , " ModeledReynoldsStress_23 " , " TIME_AVERAGE" , " Modeled Reynolds stress yz-component" );
4143+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_ZZ " , " ModeledReynoldsStress_ZZ " , " TIME_AVERAGE" , " Modeled Reynolds stress zz-component" );
4144+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_XZ " , " ModeledReynoldsStress_XZ " , " TIME_AVERAGE" , " Modeled Reynolds stress xz-component" );
4145+ AddVolumeOutput (" MODELED_REYNOLDS_STRESS_YZ " , " ModeledReynoldsStress_YZ " , " TIME_AVERAGE" , " Modeled Reynolds stress yz-component" );
41464146 }
41474147
41484148 if (config->GetSBSParam ().StochasticBackscatter ) {
4149- AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_12 " , " StochasticReynoldsStress_12 " , " TIME_AVERAGE" , " Stochastic Reynolds stress xy-component" );
4150- AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_13 " , " StochasticReynoldsStress_13 " , " TIME_AVERAGE" , " Stochastic Reynolds stress xz-component" );
4151- AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_23 " , " StochasticReynoldsStress_23 " , " TIME_AVERAGE" , " Stochastic Reynolds stress yz-component" );
4149+ AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_XY " , " StochasticReynoldsStress_XY " , " TIME_AVERAGE" , " Stochastic Reynolds stress xy-component" );
4150+ AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_XZ " , " StochasticReynoldsStress_XZ " , " TIME_AVERAGE" , " Stochastic Reynolds stress xz-component" );
4151+ AddVolumeOutput (" STOCHASTIC_REYNOLDS_STRESS_YZ " , " StochasticReynoldsStress_YZ " , " TIME_AVERAGE" , " Stochastic Reynolds stress yz-component" );
41524152 }
41534153 }
41544154}
@@ -4201,16 +4201,16 @@ void CFlowOutput::LoadTimeAveragedData(unsigned long iPoint, const CVariable *No
42014201 const su2double tau_xx = nu_t * (2 *vel_grad (0 ,0 ) - (2.0 /3.0 )*vel_div);
42024202 const su2double tau_yy = nu_t * (2 *vel_grad (1 ,1 ) - (2.0 /3.0 )*vel_div);
42034203 const su2double tau_xy = nu_t * (vel_grad (0 ,1 ) + vel_grad (1 ,0 ));
4204- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_11 " , iPoint, -tau_xx);
4205- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_22 " , iPoint, -tau_yy);
4206- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_12 " , iPoint, -tau_xy);
4204+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_XX " , iPoint, -tau_xx);
4205+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_YY " , iPoint, -tau_yy);
4206+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_XY " , iPoint, -tau_xy);
42074207 if (nDim == 3 ){
42084208 const su2double tau_zz = nu_t * (2 *vel_grad (2 ,2 ) - (2.0 /3.0 )*vel_div);
42094209 const su2double tau_xz = nu_t * (vel_grad (0 ,2 ) + vel_grad (2 ,0 ));
42104210 const su2double tau_yz = nu_t * (vel_grad (1 ,2 ) + vel_grad (2 ,1 ));
4211- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_33 " , iPoint, -tau_zz);
4212- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_13 " , iPoint, -tau_xz);
4213- SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_23 " , iPoint, -tau_yz);
4211+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_ZZ " , iPoint, -tau_zz);
4212+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_XZ " , iPoint, -tau_xz);
4213+ SetAvgVolumeOutputValue (" MODELED_REYNOLDS_STRESS_YZ " , iPoint, -tau_yz);
42144214 }
42154215
42164216 if (config->GetSBSParam ().StochasticBackscatter ) {
@@ -4226,9 +4226,9 @@ void CFlowOutput::LoadTimeAveragedData(unsigned long iPoint, const CVariable *No
42264226 const su2double R_xy = - mag * tke_estim * csi_z;
42274227 const su2double R_xz = + mag * tke_estim * csi_y;
42284228 const su2double R_yz = - mag * tke_estim * csi_x;
4229- SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_12 " , iPoint, -R_xy);
4230- SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_13 " , iPoint, -R_xz);
4231- SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_23 " , iPoint, -R_yz);
4229+ SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_XY " , iPoint, -R_xy);
4230+ SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_XY " , iPoint, -R_xz);
4231+ SetAvgVolumeOutputValue (" STOCHASTIC_REYNOLDS_STRESS_YZ " , iPoint, -R_yz);
42324232 }
42334233 }
42344234}
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