Laminated composite straight and curved beams are frequently used in various engineering
applications. This work attempts to review most of the research done in recent years (1989 …

In this paper, the free vibration analysis of composite laminated beams reinforced with
parabolic fibers are studied on the basis of the equivalent single layer theory (ESLT) using …

This work aims at the suitability of composite materials usage for the drive shafts in almost all
automobiles at least those which correspond to design with rear wheel drive and front …

This paper deals with the study of the vibratory behaviour of rotating composite shafts and
the effects of stacking sequences and shear-normal coupling on natural frequencies and …

This paper is concerned with the dynamic behavior of the spinning Functionally Graded
Material (FGM) shaft on rigid bearings. A p-version, hierarchical finite element is employed …

The objective of this study is to analyze the dynamic behavior of composite shafts with
particular interest on estimation of damping. The composite shafts have been chosen as …

This paper presents the study of the vibratory behavior of rotating composite shafts. The
composite shaft contains isotropic rigid disks and is supported by bearings that are modeled …

In the aerospace and automotive applications driveshafts are manufactured using fiber
reinforced composite materials. Compared to a conventional metallic driveshaft, a composite …

This investigation deals with the vibration analysis of a rotating tapered shaft in Functionally
Graded Material (FGM). The dynamic system is modeled using the Timoshenko beam theory …

A refined variational asymptotic method (VAM) and Hamilton's principle were used to
establish the free vibration differential equations of a rotating composite thin‐walled shaft …