"FPIC3D - a parallel code for modeling the high-energy processes in condensed matter"
Sultanov V.G., Grigoriev D.A., Kim V.V., Lomonosov I.V., Matveichev A.V., Ostrik A.V., Shutov A.V.

The FPIC3D finite-size particles in cell gas dynamic code for the numerical modeling of high-energy-density phenomena in condensed matter is considered. The parallel numerical schemes in use and the test results obtained with the aid of Russian super computers are discussed. The action of intense ion beams on targets is studied numerically. The paper was prepared on the basis of the authors' report at the International Conference on Parallel Computing Technologies (PaVT-2009; http://agora.guru.ru/pavt).

Keywords: parallel programming, ions beams, parallel algorithms of ion energy deposition, equation of heat conductivity, realistic thermodynamic models, elastoplastic and fracture properties

Sultanov V.G., Grigoriev D.A., Kim V.V., Lomonosov I.V., Matveichev A.V., Ostrik A.V., Shutov A.V.     e-mail: sultan@ficp.ac.ru,   grad@ficp.ac.ru,   kim@ficp.ac.ru,   ivl143@yahoo.com,   matveichev@ficp.ac.ru,   ostrik@ficp.ac.ru,   shutov@ficp.ac.ru