Пространственная задача математической теории пластичности. Радаев Ю.Н. - 463 стр.

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Yuri N Radayev, D.Sc. (Phys.&Math.), Ph.D.
http://www.ssu.samara.ru/˜radayev/
Yuri N Radayev is a noted scientist in the fields of mechanics and applied
mathematics, partial differential equations, and their applications.
Yuri N Radayev was born in Samara, Russia, on February 10, 1962. He is
a Mechanical Engineering graduate (1984) of Samara State University. After
serving in the USSR Air Forces he joined (1986) the Laboratory of Viscoelastic
Solids of the Institute for Problems in Mechanics of the Russian Academy of
Science. In 1989 he graduated from the Institute for Problems in Mechanics
of the Russian Academy of Science and received Ph.D. in Applied Mechanics
from the USSR Academy of Science. Since then he has been working in Samara
State University first as Assistant Prof. at Department of Solid Mechanics
(1989–1995) and later as Associate Prof. at the same Department (1995–2000).
He was also working as a visiting researcher at Department of Mechanical
Engineering, Nagoya University (1993–1995) and Laboratoire de Moelisation
en ecanique, Universit´e Pierre et Marie Curie (Paris VI)/CNRS (1999–2000).
In 2000 he received the Doctor of Science (Phys.&Math.) Degree from the
Russian (former USSR) Academy of Science for his disseratation work Continuum
Models of the Material Damage”. He is the Head of Department of Continuum
Mechanics (since 2002) and Professor of the same Department (since 2000).
Professor Radayev is a member of the Scientific Council on Problems of Solid
Mechanics of the Russian Academy of Science (since 2001) and Mathematics
and Mechanics Expert Council of the Higher Attestation Committee of Ministry
of Education and Science of the Russian Federation (since 2005). He is a
member of the Russian National Committee on Theoretical and Applied Mechanics
(since 2006).
The main area of his research is continuum mechanics and thermodynamics,
partial differential equations of mathematical physics, the mathematical theory
of plasticity, fracture and damage of materials. He has published over a hundred
papers and books (both research and educational) on the subject.