Supercomputer Simulation of an Astrophysical Object Collapse by the Fluids-in-Cell Method

Parallel implementation of the Fluids-in-Cell Method (FlIC) method is created for 3D cartesian simulation of an astrophysical object collapse. The main parameters of the parallel implementation are given of the FlIC method. The equations under solution are the gas dynamics equations and Poisson equation. Simulation of collapse with FlIC method is compared to SPH simulation. As a result, we can state that FlIC method provided fine enough grid gives better spatial resolution than SPH.