In the present study, the buckling problem of nonhomogeneous microbeams with a variable
cross-section is analyzed. The microcolumn considered in this study is made of functionally …

The current study investigates the coupled dynamics of a size-dependent third-order shear
deformable multilayered microbeam with an axially functionally graded core, a non-uniform …

In the current research examination, the nonlinear primary resonance of softly periodic
excited nanocomposite micro/nano-beams containing nanofillers agglomeration is analyzed …

We investigate, for the first time, the elastic buckling of skew thick microplates under
combined in-plane shear and compressive loading within the framework of modified couple …

This study unveils the presence of size effect not only in the plastic regime but also in the
elastic regime under strain gradient. This discovery emerges from a comprehensive set of …

Microshells structures are broadly utilized in micro-electro-mechanical systems (MEMS)
such as microresonator, microgyroscope, microsensor, microactuator, microantenna, and …

Based on the modified strain gradient theory and Kirchhoff–Love assumptions, a free
vibration model is established for variable-thickness microplates with three material length …

Micro air vehicles, which are typical small-sized rotating-motion systems, have seen major
advancements in recent years. To provide some theoretical basis for developing and …

This paper deals with the investigation of the elastic stability of double tapered microbeams
embedded in Winkler elastic foundation. It is considered that the microbeam is embedded in …

This study establishes a novel three-dimensional dynamic model for functionally graded
rotating microbeams simultaneously considering flapwise and chordwise shear effects …