Improving FEM-Based Solid Mechanics Simulations for Ultrashort Pulse Laser Ablation by Integrating an Equation of State and Material Separation

Simulation results (raw data), COMSOL simulation files and Python evaluation scripts for the publication entitled "Two-Temperature Solid Mechanics Model incorporating an Equation of State for Readily Accessible Ultrashort Pulse Laser Ablation Simulations".

Descripton folders:
Example for nomenclature: SM-EOS_005_F075
- SM   -> solid mechanics (comsol simulation)
- EOS  -> simulation with parameters from EOS, respectively ISO ->  simulation with iso-parameters
- 005  -> pulselength of 0.5 ps
- F075 -> Fluence: 0.75 * threshold fluence

Structure .txt files:
- first 8 rows header
- delemiter = ','
- first column is the depth in nm, following columns are the Values of the parameter (each column = 0.1 ps time step)
- start time = 2 * pulselength, end time = 100 ps

Values:
Electron Temperature T_EL.txt in kK
Lattice Temperature T_IO.txt  in kK
Pressure P.txt  in GPa
displacement.txt  in nm
Density rho.txt in g/cc
phase.txt (1 = solid, 2 = solid+liquid, 3 = liquid, 4 = liquid+gas, 5 = gas, negative sign = metastable)
condTrans.txt (1 = solid and 0 = liquid)