Numerical Data: Resolution of model contradicitions in contact line evaporation through interfacial slip

Raw numerical data produced for the publication:<br> Resolution of model contradicitions in contact line evaporation through interfacial slip<br> <br> The dataset contains the results of the conducted simulations, arranged in a BoSSS database (SlipConvergenceDatabase.zip).<br> <br> The naming scheme of the contained simulations follows the case classification from the paper: <br> Stage[numStage]_SlipDropletOnWall_meshStudy_[numCells]_P[pDeg]_CA[cAngle]_SL[lSlip]_ST[surfT]_HV[hVap]<br> numStage: number of "stage", 1,2, or 3<br> numCells: number of cells in the grid (n x n), 4, 8, 16, 32, 64 or 128<br> pDeg: polynomial degree of the velocity field, 2, 3 or 4<br> cAngle: contact angle, 80.00 or 90.00<br> lSlip: slip length, 0.00, 0.10 or Infinity<br> surfT: surface tension, 0.00 or 0.10<br> hVap: enthalpy of evaporation, 1000.00 or -Infinity (turns of evaporation in the solver)<br> <br> Additionally, .plt files of the simulations are available directly, These can be opened VisIt or Paraview. The archive contains a folder for each combination of physical settings. Within they are sorted by polynomial degree and finally each folder contains the results for the different meshes for that specific test case.<br> <br> At last, pictures of the velocity, pressure and temperature fields are available for a few representative cases.<br> <br> The BoSSS code is open source and available e.g. at https://zenodo.org/doi/10.5281/zenodo.8386633 <br>