📦 Applications

Application name	Features	Parameters
mp-advec-diff	transient scalar advection-diffusion transport prescribed velocity fields CG-FEM (using SUPG stabilization) DG-FEM discretization	parameters
mp-heat-transfer	transient heat transfer adiabatic, Dirichlet, radiation and free convection boundary conditions CG-FEM discretization diffuse-interface and CutFEM-based two-phase operators based on a prescribed interface description optional: prescribed velocity fields optional: laser heat source modeling optional: solidification optional: evaporative cooling	parameters
mp-level-set	level-set transport and reinitialization prescribed velocity fields inflow, outflow, inflow-outflow, and wetting boundary conditions evaporation-induced interface motion curvature and normal-vector evaluation CG-FEM and DG-FEM discretizations hyperbolic, elliptic and geometric reinitialization methods	parameters
mp-melt-pool	incompressible two-phase flow with diffuse-interface description (CG-FEM) Diffuse- (CG-FEM) or sharp-interface (CutFEM) heat transfer Level-set based interface capturing Evaporation with unreolved or resolved vapor flow Temperature-dependent surface tension Solidification modeling Laser heat source	parameters
mp-radiative-transport	radiative transport equation two-phase domains with prescribed interface geometries intensity field computation diffuse surface heat source computation laser energy deposition modeling CG-FEM discretization	parameters
mp-reinit	level-set reinitialization homogeneous Neumann, Dirichlet, and wetting boundary conditions signed-distance/tanh-based level-set fields Hyperbolic, elliptic, and geometric reinitialization methods CG-FEM and DG-FEM discretizations	parameters