Gyroscopic characteristics extensively exist in motional components, which can lead to
coupling of motions along different directions. However, the vibration and stability …

In this paper, a pre-twisted blade model is established based on the FSDT (first-order shear
deformation theory), where the Ti-SiC fiber reinforced composite and NACA 4-digit airfoil are …

The nonlinear and chaotic vibrations of the rotating functionally graded graphene platelet
reinforced composite (FG-GPLRC) pre-twisted blade subjected to the aerodynamic force are …

A rotating pretwisted airfoil blade model reinforced with graphene platelets combined with
first-order shear deformation theory is developed to study dynamic instability and internal …

This paper shows numerical research on the 1: 2 internal resonance and chaotic bifurcation
phenomena of the graphene platelets reinforced metal foams (GPLRMF) pipes, with …

In this paper, the free and forced vibrations of a three-dimensional nonplanar nanobeam
with initial geometric imperfection are investigated. The Kelvin–Voigt model and nonlocal …

The dynamic behavior of the hybrid laminated composite shell panel structure has been
investigated in this work, experimentally and numerically. To access the influence of …

Buckling of a circular graphene-platelet-reinforced composite plate resting on an elastic
foundation is investigated in this research for the first time. The equations governing the …

Sound transmission loss (STL) can be augmented in buildings using graphene
nanoplatelets (GPLs) and metamaterials. The present study established an analytical model …

Nanobeams have been widely used in various micro-electromechanical systems because of
their small size and high sensitivity. At the nanoscale, quasi-periodic (QP) vibration often …