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Zhuravlev Victor Mikhailovich
Professor
Doctor of physico-mathematical sciences (2002)

Speciality: 05.13.18 (Mathematical modelling, calculating methods, and the program systems)
Birth date: 14.03.1953
Phone: +7 (8422) 32 06 12
E-mail:
Website: https://www.spacephys.ru
Keywords: nonlinear partial differential equations; inverse scattering method; nonlinear wave processes; hydrodynamics; solitons; autowave; self-organization theory; gravitation theory; cosmology; elementary particle theory.

Subject:

The method of construction the Lax-Zakharove-Shabat pseudo-representations and representations of a nonlinear partial differential equations which allowed the conjugative equation with standard definition was found. This method was based on a using the general Lagrange identities. In particular the new multi-component nonlinear PDE sets which allowed a multi-soliton solutions was found. The method of construction an exact solutions of Liouville equation in multi-dimension space was found. This solutions functionality connects with the n-form defined on the one argument vector-function space. The analogical solutions of the multi-dimension Toda-chains was found too. The new class of nonlinear auto-wave model processes in diffusion media (diffusion Toda-chains) was found. This models allow the exact solution with the arbitrary functional parameters. The analogical class of the nonlinear auto-wave model was found for the systems which described by nonlinear telegraph equations. In a frame of this work the new special superposition principe of simple solution of the nonlinear diffusion equation $u_t=D\Delta \log u +\lambda u$ and nonlinear telegraph equation $u_t=D(\partial^2_t-\partial^2_x) \log u +\lambda u$ was found. A number of papers (with Chervon S.V. and Shchigolev V.K.) were devoted to the cosmological models which unified the all stages of Universe evolution (global evolution) with many form of matter: perfect fluid, scalar field, Yang–Mills fields.


Main publications:
Publications in Math-Net.Ru

Personal pages:

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© Steklov Math. Inst. of RAS, 2026