The modeling programs of mega-tsunami formation and distribution resulting in the fall of a large cosmic body in the world's oceans

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LPIC program for calculating fluid dynamics (Petrenko, 1970; Petrenko, Marchuk, 1996):
  1. V.E. Petrenko (1970). The Lagrangian Particle-in-Cell method for calculation of the dynamics of compressible multi-substance fluids with large deformations // Computing Center, Novosibirsk, Report No.58-A, 248 p.
  2. Petrenko V.E. and Marchuk An.G. Numerical modeling of cosmogenic tsunamis. In Recent Advances in Marine Sciences & Technology'96., PACON International, Honolulu, Hawaii, USA., 1997, P.77-88.

 

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Numerical modeling of surface waves forming by initial axisymmetric perturbations such as cavity in terms of nonlinear shallow water equations (Petrenko, Marchuk, 1996):
Petrenko V.E. and Marchuk An.G. Numerical modeling of cosmogenic tsunamis. In Recent Advances in Marine Sciences & Technology'96., PACON International, Honolulu, Hawaii, USA., 1997, P.77-88.

 

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The program MPC designed for the gasdynamic problems solution (Simonenko et al., 2008):
V.A. Simonenko, N.A. Skorkin, V.P. Elsukov, A.S. Uglov (2008). MATHEMATICAL MODELING OF MAGATSUNAMIS // Vestnik of SUSU. Ser. "Mathematics, physics and chemistry." - Vol. 11. - No.22. - P. 62-69.