In this article, a comprehensive study is conducted on the free vibration analysis of rotating
truncated conical shells reinforced with functionally graded agglomerated carbon nanotubes …

In this paper, a parametric study is presented for free vibration analysis of rotating truncated
conical shells reinforced with graphene nanoplatelets (GNPs). The composite shell is …

In this paper, differential quadrature element method is used to analyze free transverse
vibration of multi-stepped rotors resting on multiple bearings. Timoshenko beam theory is …

This work presents a new method here named Continuous Segment Method (CSM) for
modeling complex rotor systems with multiple disks and bearings. It consists in dividing the …

In this paper, an exact solution is presented for whirling analysis of rotors carrying
concentrated masses. Effect of various parameters on the forward and backward …

This study investigates the mode properties of a two-stage planetary gear (TSPG) system
with short intermediate shafts. For this purpose, the rotating intermediate shafts in this …

In this study, a novel model is developed to investigate the angular acceleration of the
nonlinear misaligned rotor passing through the critical speeds under non-stationary …

The internal damping has significant influence on the dynamic characteristics of carbon fiber
reinforced plastic drive shaft. In this paper, a dynamic model of the single-span multi-disk …

In this paper, the flexural vibration of uniform and non-uniform rotating shafts based on the
Timoshenko beam theory is investigated. Considering shear deformation and gyroscopic …

Continuous rotor dynamics remains stagnant. In this paper, aim at multi-span and multi-disc
rotor-bearing system, the continuous rotor dynamic analysis method (CRDAM) is proposed …