In this study, an elastic solution of an axisymmetrically surface-loaded thin layer resting on a
rigid substrate is established by taking the surface stress and material microstructural effects …

The size dependent response of a multi-layered elastic substrate under surface loading is
investigated in the present work. The effect of material microstructure is modeled using the …

The object of this work was to describe the behavior of sliding friction on gradient
nanostructured material coating by considering the material gradient and size effect. A multi …

This study aims to investigate the elastic response of a two-dimensional, surface-loaded
substrate coated by a multi-layered system consisting of one-dimensional hexagonal …

This work investigates a three-dimensional size-dependent frictional contact problem of a
rigid spherical punch sliding on an elastic half-space. The size-dependent material …

This paper focuses on a theoretical examination of the mechanical behavior of elastic layers
made of functionally graded (FG) materials. It particularly highlights the impact of material …

It has been demonstrated that quite a few 3D printable materials are geometrically
monoclinic. In this paper, the two-scale stochastic isogeometric analyses of 3D printed …

Multilayered nanoscale structures are used in several applications. Because the effect of
surface energy becomes nontrivial at such a small scale, a modified continuum theory is …

Elastic solutions of axisymmetrically loaded half-space with surface and couple stress effects
are established. The governing equations are formulated within the framework of surface …

The nonlocal elasticity theory has been widely employed to represent the phenomena in
small-scale effects, in micro/nano-structures. For the planar Euler-Bernoulli beam problem …