MHIT36: A phase-field code for GPU simulations of multiphase homogeneous isotropic turbulence

Validation data reported in the paper "MHIT36: A GPU-tailored code for phase-field simulations of homogenous isotropic turbulence" as well as for the NVA paper "MHIT36: Extension to wall-bounded turbulence and scalar transport equation".XXX identifies a certain grid (e.g., 256, 512, etc.)XXX_leonardo.dat -> Strong scaling results using grid XXX^3 on LeonardoXXX_Marenostrum5.dat -> Strong scaling results using grid XXX^3 on MN5-ACC.XXX_sbs.txt -> Comulative scale by scale budget (obtained from MHIT36, HIT configuration)XXX_spectrum -> Spectra of kinetic energy (obtained from MHIT36, HIT configuration)tempstats_550_pr1.dat -> Temperature statistics for channel with uniform internal heating (channel, Pr=1)flowstats_re590.dat -> Flow statistics of turbulent channel flow at re=590 (mean, rms, skw, flt)mhit_tcf_dsd.dat -> Drop size distribution, turbulent channel flow, We=6, Re=180nusselt.dat -> Nusselt number for the Rayleigh-Benard setup as a function of the Rayleigh numbervtkwrite - > Matlab script to create vtk file from matrixu_iter.dat -> x-component of the velocity field (3D field, 200k and 300k)v_iter.dat -> y-component of the velocity field (3D field, 200k and 300k)w_iter.dat -> z-component of the velocity field (3D field, 200k and 300k)phi_iter.dat -> Phase-field (3D field, 200k and 300k)loadfields.m -> Script to load the fields in Matlab (1 GB each), also perform interpolation at cell center (can be commented if not needed).