Date: 21/02/2018
Author: Sergio Pirozzoli
Computed flow statistics for mixed convection in plane channel flow
Reference: S. Pirozzoli, M. Bernardini, R. Verzicco, P. Orlandi, "Mixed convection in turbulent channels with unstable stratification", J. Fluid Mech. (2017), vol. 821, pp. 482–516

Folders are labeled according to Table 1 of the paper.
Each folder should contain several ASCII files including the main flow statistics, as reported in the paper. An explanation follows.

info.out: contains information about the total number of points and about parallel partitioning

box_dim.dat: contains information on the box size and mesh spacing

averagewmean.dat : contains the main statistical properties for the velocity field, all quantities being normalized by the channel half-height and the free-fall velocity
Column #     Variable
1              y/h  
2              y/h
3              <u>
4              sqrt(<u'^2>)
5              sqrt(<v'^2>)
6              sqrt(<w'^2>)
7              u'v'

averagesca_001.dat: contains the main statistical properties for the temperature field, all quantities being normalized by the channel half-height and the temperature difference between the walls
Column #     Variable
1              y/h
2              y/h
3              <T>   
4              <T'^2>
5              <T'^3>
6              <T'^4>
7              <u'T'>
8              <v'T'>
9              CuT
10             CvT

blinner.dat: contains the main statistical properties expressed in wall units, referred to the lower wall
Column #       Variable
1              y/h 
2              y+  
3              u+
4              T+
5              u'+
6              v'+
7              w+
8             -(u'T')+     
9              T'+
10             Rif
11             Rig 
12            -(u'v')+
13             (v'T')+
14             Prt

MO.dat: contains information related to the MO parametrization (figure 16)
Column #       Variable
1              y/L
2              phiu
3              phiT 
4              u'+
5              v'+
6              w'+
7              T'+
8             -(u'T')+ 
9              Rif
10             Rig