The history of Laboratory of irreversible deformation mechanics starts with the foundation of the Laboratory of deformable solids mechanics, which was established in 1987 in the Pacific Oceanological Institute, Far Eastern Branch of the USSR. Then, in 1988, the laboratory moved to the Institute of Automation and Control Processes, Far Eastern Branch of the USSR. The initiator of the creation of a new scientific subdivision was Professor Gennady Ivanovich Bykovtsev. The followers of Professor G.I. Bykovtsev (A.A. Burenin, A.I. Khromov, M.N. Osipov, Yu. Fofanov, V.A. Rychkov, A.P. Naumkin, A.I. Tsarev), who came with him to the Vladivostok, were in the first staff of the labaratory.
The first Head of the Laboratory of deformable solids mechanics IACP was Professor Alexander I. Khromov. Professor, corresponding member of the Russian Academy of Sciences Anatoly Burenin headed the laboratory in the period from 1993 to 2011.
In April 2011 the Laboratory of deformable solid mechanics IACP FEB RAS was reorganized into the department. The staff was divided into two separate research groups: the Laboratory of irreversible deformation mechanics (under the supervision of Dr. Sci. Larisa V. Kovtanyuk) and the Laboratory of nonlinear dynamics of deformation (under the supervision of Corresponding Member RAS Anatoly A. Burenin until December 2014, and the Ph. D. Olga V. Dudko since January 2015).
Dr. Sci. in Physics and Mathematics: 1
Ph. D. (Physical & Mathematical Sciences): 4
Ph. D (Technical Sciences): 1
The main research
Creation and development of the theory of large deformations
Formulation and solution of boundary value problems of large deformations theory
Elaboration of mathematical models of the processes of intensive deforming solids with complicated rheological and thermophysical properties
The main results
Consistent and correct mathematical model of the processes of intensive deforming solids was created.
A number of problems, which describe processing methods of pressure materials treatment and structural changes in materials under strong hydrostatic compressing, including the operating “ loading-unloading” processes have been solved.
The effects of repeated plastic flow in the vicinity of microscopic inhomogeneities in the total unloading of deformed bodies as well as the effects of the adaptability of the ideal elastic-plastic medium to cyclic "loading - unloading" have been founded out.
Rheological mechanisms responsible for the development of micro-defects of continuity (micropores, microcracks) under cyclic loading (growth of damage) or for the elimination (hardening) have been revealed.
The exact solutions of a number of significantly non-linear boundary problems of visco elastic plasticity under large deformations of rectilinear and viscosimetric flows of materials have been obtained.