This study is the first of its kind to apply an analytical technique to offer an accurate solution
for the static buckling and static bending of functionally graded (FG) sandwich nanobeams …

The use of composite structures, which have many layers of materials, has become more
prevalent in the field of engineering. One of the advantages of this approach is its ability to …

Purpose This paper proposes a third-order shear deformation theory to study the static
buckling of FG sandwich nanobeams, where the core layer of the beam has hollows in the z …

Purpose This work initially started a research on the natural vibrations of bamboo-reinforced
composite beams placed in a fluid environment based on the classical beam theory as well …

As a complex nonlinear system, the first-order incremental relationship between the state
variables of the beam and ball system (BABS) is asymmetric in the definition domain of the …

An efficient eigenvalue algorithm is developed for the axial vibration analysis of embedded
short-fiber-reinforced micro-/nano-composite rods under arbitrary boundary conditions. In …

Purpose This is the first investigation to employ an exact solution to explore the free
vibrational behavior of beams under the impact of flexoelectricity and temperature when the …

Structures that transform solar energy into electricity have found widespread use in life and
engineering, particularly in nanoscale technologies. The study of the mechanical behavior of …

This study's objective is an irrationally nonlinear oscillating system, whose bifurcations and
consequent multi-stability under the circumstances of single potential well and double …

This study introduces a novel approach by combining finite simulation and an enhanced
shear deformation theory to analyze the dynamic behavior of multi-layer composite …