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About the Editors
are mathematical modeling, numerical methods in continuum mechanics, moving
adaptive meshes, dynamics of elastoplastic media, fatigue fracture, durability of
operation, and high-frequency loading. The main scientific results are the numerical
methods for solving non-stationary problems of continuum mechanics on moving
and adaptive grids, methods for calculating the stress state of elements of aircraft
structures and assessing the durability for various fatigue failure modes, refined
models of layered and block media with different sliding conditions at the contact
boundaries, the problems of propagation, transformation and reflection of waves in
such media, and models of sintering powder materials under thermomechanical and
pulsed high-energy effects.
Dr. Dmitry L. Reviznikov is Professor of the Department of Numerical Mathematics and Programming at Moscow Aviation Institute (National Research University), Russian Federation. Professor Dmitry L Reviznikov is a member of the Russian
National Committee on Heat and Mass Transfer and a member of the Scientific
Council of International Centre for Heat and Mass Transfer (ICHMT). He is Reviewer
in international journals (International Journal of Heat and Mass Transfer, Computational Thermal Sciences, International Journal of Fluid Mechanics Research). He
supervised eight Ph.D. candidates and is presently supervising three Ph.D. students.
Scientific interests include mathematical modeling, computational physics, heat and
mass transfer, multiphase flows, nonlinear dynamics, and data analysis. He is the
author of more than 100 scientific papers in Russian and international journals and 4
monographs. Scientific results include fundamental results in the fields of modeling of
conjugated heat and mass transfer, supersonic heterogeneous flows, thermal erosion
destruction of heat-shielding coatings, anomalous diffusion, numerical methods for
fractional differential equations, nonlinear wave dynamics, and interval analysis.
About the Editors
are mathematical modeling, numerical methods in continuum mechanics, moving
adaptive meshes, dynamics of elastoplastic media, fatigue fracture, durability of
operation, and high-frequency loading. The main scientific results are the numerical
methods for solving non-stationary problems of continuum mechanics on moving
and adaptive grids, methods for calculating the stress state of elements of aircraft
structures and assessing the durability for various fatigue failure modes, refined
models of layered and block media with different sliding conditions at the contact
boundaries, the problems of propagation, transformation and reflection of waves in
such media, and models of sintering powder materials under thermomechanical and
pulsed high-energy effects.
Dr. Dmitry L. Reviznikov is Professor of the Department of Numerical Mathematics and Programming at Moscow Aviation Institute (National Research University), Russian Federation. Professor Dmitry L Reviznikov is a member of the Russian
National Committee on Heat and Mass Transfer and a member of the Scientific
Council of International Centre for Heat and Mass Transfer (ICHMT). He is Reviewer
in international journals (International Journal of Heat and Mass Transfer, Computational Thermal Sciences, International Journal of Fluid Mechanics Research). He
supervised eight Ph.D. candidates and is presently supervising three Ph.D. students.
Scientific interests include mathematical modeling, computational physics, heat and
mass transfer, multiphase flows, nonlinear dynamics, and data analysis. He is the
author of more than 100 scientific papers in Russian and international journals and 4
monographs. Scientific results include fundamental results in the fields of modeling of
conjugated heat and mass transfer, supersonic heterogeneous flows, thermal erosion
destruction of heat-shielding coatings, anomalous diffusion, numerical methods for
fractional differential equations, nonlinear wave dynamics, and interval analysis.