Gradient nanostructured metals attract extensive attention due to their excellent mechanical
properties, while they are prone to microcracks during forming and servicing process and …

A class of crystal plasticity models based on the concept of microforces conjugate to slip-rate
gradients is examined in the small strain framework. As an extension of the usual …

The present paper aims at providing a comprehensive investigation of the abilities and
limitations of strain gradient crystal plasticity (SGCP) theories in capturing different kinds of …

The main goal of the current work is to present a grain boundary model based on the
mismatch between adjacent grains in a geometrically nonlinear crystal viscoplasticity …

The classical theory of elasticity implies the validity of Hooke's law and the existence of
partial spatial derivatives of displacements. A weakening of the latter assumption yields …

The author describes the specifics of the multi-scale mathematical modeling of geomedia as
a case-study of a two-scale model. The first scale modeling assumes the linearly elastic …

The author focuses on complex loading of a granular material at continuous rotation of the
principal strain axes. The described testing procedure reveals the stress dependence on the …

В классической теории упругости предполагаются выполнение закона Гука и
существование частных производных перемещений по координатам. Ослабление …

The present paper aims at providing a comprehensive investigation of the abilities and
limitations of strain gradient crystal plasticity (SGCP) theories in capturing different kinds of …

Metals are used for a wide range of applications in the industry due to their durability,
strength and ductility. Since dislocations are the fundamental reasons for plastic deformation …