The present work reviews different approaches adopted for modeling the geometrical or
centrifugal stiffening of a beam due to rotation about an axis perpendicular to its longitudinal …

Nonlinear longitudinal–bending–twisting vibrations of a slowly rotating extensible beam are
studied in the paper. The beam model is based on extended Euler–Bernoulli theory with …

Due to the coupling between the stator and the blades, the vibration characteristics of
rotating blades play an important role in the structural reliability of rotating machinery. The …

The parametric vibration and combined resonance of a turbine blade with a preset angle
subjected to the combined effect of parametric and forced excitation were investigated. The …

This paper investigates the dynamics of a Duffing oscillator excited by an unbalanced motor.
The interaction between motor and vibrating system is considered as nonideal, which …

In this article, a 3D dynamic model and nonlinear free vibration analysis of a uniform beam
attached to a rigid hub rotating at two adjacent rotary joints are presented. The nonlinear …

An inextensible beam model is used to study the nonlinear vibration of a rotating cantilever
beam undergoing large deformation. An inextensionality constraint is utilized to reduce two …

This paper presents an analytical investigation of the whirl characteristics and flexural
instability of a spinning functionally graded (FG) hollow beam with exponentially varying …

This paper aims at investigating 1/2 and 1/3 subharmonic resonances of a rotating
functionally graded carbon nanotube-reinforced composite (FG-CNTRC) beam in the …