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 …

The present study aims to assess a new lattice structure with high energy absorption
capacity. Lattice structures with surface-based unit cell have higher energy absorption than …

The vibration characteristics of variable-stiffness based composite curved beams with
general layups are examined using a higher-order beam theory that accounts for three …

Nonuniform and curved beams can be found in extensive engineering scenarios, ranging
from big-scale structures of buildings, bridges to small mechanical systems of aerofoils …

This paper presents a free vibration analysis of functionally graded (FG) polymer composite
curved nanobeams reinforced with graphene nanoplatelets resting on a Pasternak …

To the best of the authors' knowledge, there is no research work available on FG sandwich
curved beams in the whole variety of literature. Therefore, the analysis presented on static …

A new dynamic model based on the shell theory is presented to investigate the vibration
behavior of a rotating composite laminated blade with a pre-twisted angle. The effects of the …

Recent advancements in fibre placement technologies have expanded the potential
applications of variable stiffness curved composite beams in industries such as aerospace …

This paper presents a study on the dynamic analysis of rotors mounted on composite shafts.
The dynamic analysis of these rotors differs from conventional analysis due to the existence …

In this study, the forced and free vibrations of a laminated curved beam under moving loads
are analyzed. Also, a detailed parametric analysis is performed to clarify the influence of …