This paper develops an approach to model the deformation and fracture of heterogeneous
materials at different scales (including multiscale modeling) within a discrete representation …

Multilevel models of materials are the instrument allowing one to take into consideration
micro-and nanomechanics in the description of technological processes at a macroscale …

Рассмотрены вопросы, связанные с применением многоуровневых моделей неупругого
деформирования монои поликристаллов, построенных на базе физических теорий …

This paper discusses multiscale models of inelastic deformation of single-and polycrystals,
which are based on crystal plasticity theories, as applied to the verification and justification …

The paper deals with three-level model of polycrystal inelasticity based on crystal plasticity.
This model allows to regard the most important inelastic deformation mechanisms of …

A model of thermal effects in a conventional material is based on an idea to introduce
twocomponent Cosserat continuum and to interpret characteristics of motion and …

This paper considers the application of multilevel mathematical models describing
processes of severe inelastic deformations of monocrystals and polycrystals that requires …

В статье рассматривается механизм формирования остаточных мезонапряжений в
зернах, составляющих представительный объем поликристалла, в рамках …

The paper considers physical approach to the description of inelastic deformation of two-
phase polycrystalline materials–duplex steels. Such approach is based on the introduction …

Предложена модель для описания поведения сталей при термомеханическом
нагружении с учетом мартенситных превращений. При построении модели …