Siberian participants
A new multifactor physical and mathematical model, two-layer implicit iteration finite-difference scheme, computational algorithms, computer ASMTPF programs in Visual C++ language (v.6.0) for IBM compatible personal computers were developed, direct numerical investigation was carried out, and for the first time there was established number of regularity the processes and phenomena of hydrodynamics and ablation of melting quarz ceramics in high-temperature supersonic two-phase flows of combustion products of plasmaformation magnesium-based solid combine fuels in the range of parameters, characteristic for gas-dynamics tracts of modern and advanced power plants.
This work was support RFFI's project 98-02-16518.
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© 1996-2001, Institute of computational Techologies SB RAS, Novosibirsk
© 1996-2001, Siberian Branch of Russian Academy of Science, Novosibirsk