This article reviews, for the first time, the mechanical behaviour of functionally graded
structures at small-scale levels. Functionally graded nanoscale and microscale structures …

Micro scale experiments demonstrated that the material deformation behaviors of some
metals and polymers deformed elasticity are size dependence, and the modified couple …

In this study, size‐dependent thermo‐mechanical vibration analysis of nanobeams is
examined. Size‐dependent dynamic equations are obtained by implementing Hamilton's …

In the present study, the size-and time-dependent viscoelastic bending analysis of rotating
spherical nanostructures made of functionally graded materials (FGMs) is performed. To …

In the present study, longitudinal free vibration behaviors of one-dimensional nanostructures
with various boundary conditions are investigated based on Eringen's nonlocal theory. The …

A simple nonlocal beam model is proposed to study buckling response of protein
microtubules. The size-effect for buckling model of microtubules is considered by using the …

A new non-classical sinusoidal plate model is developed on the basis of modified strain
gradient theory. This model takes into account the effects of shear deformation without any …

A new size-dependent beam model is introduced on the basis of hyperbolic shear
deformation beam and modified strain gradient theory. The governing differential equations …

In this paper, the governing equations of torsional porous flexoelectric microtubes made of
functionally graded (FG) materials are investigated and obtained for the first time. First, the …

A new size-dependent higher-order shear deformation beam model is developed based on
modified strain gradient theory. The model captures both the microstructural and shear …