SMASH-vHLLE-Hybrid¶
Event-by-event hybrid model for the description of relativistic heavy-ion collisions in the low and high baryon-density regime. This model constitutes a chain of different submodules to appropriately describe each phase of the collision with its corresponding degrees of freedom. It consists of the following modules:
SMASH hadronic transport approach to provide the initial conditions
- vHLLE 3+1D viscous hydrodynamics approach to describe the evolution of the hot and dense fireball
-
CORNELIUS tool to construct a hypersurface of constant energy density from the hydrodynamical evolution (embedded in vHLLE)
Sampler to perform Cooper-Frye particlization of the elements on the freezeout hypersurface
SMASH hadronic transport approach to perform the afterburner evolution
Give credit appropriately
If you are using the SMASH-vHLLE-hybrid, please cite Eur.Phys.J.A 58(2022)11,230. You may also consult this reference for further details about the hybrid approach.