Supplementary material to a submitted manuscript [full citation link follows when it is published], referred to as related publication in the following.
Direct Numerical Simulation of an oblique droplet impact onto a thin wall film (Isopropanol, air) performed with the ITLR in-house program package Free Surface 3D (FS3D). The code solves the incompressible Navier-Stokes equations in a one-field formulation with a Volume of Fluid (VoF) approach, see related publication. The simulation was performed in three dimensions (1024512512), cropped to 512103293.
The y- and z-axes are interchanged compared to the related publication.
The data is saved in hdf5 files. For the here published timestep, there is one file storing the VoF-variable, which is a scalar field with values between 0 and 1 indicating the phases being ambient gas (0) or drop liquid (1), (funs0007.hdf). Additionally, there is another file for storing the velocity vector field (velv0007.hdf). In total, there are 7 different cases (varying impact conditions) published, each for the evaluated timestep of tau=1.5 of the related publication.
The reference impact conditions are, details can be found in the related publication: D=1.5mm, U=2.868m/s, h_f0=0.3mm, alpha=70°, delta=0.2, We=450, Oh=0.014.
1: Reference Case
2: alpha = 60°
3: alpha = 50°
4: We = 0.5We_ref
5: Oh = 0.3Oh_ref
6: delta = 2*delta_ref
7: free-slip condition
The simulation was performed as part of the GRK 2160 within the subproject SP-C2.
Free Surface 3D (FS3D), Rev. 281
