The study of free in-plane vibration of curved beams, using different beam theories, is more
challenging than that of straight beams, since the structural deformations in curved beams …

Curved bridge has been widely applied in railway lines due to its strong terrain adaptability,
a more refined model that could capture curved bridge vibrations in the train-track-bridge …

This paper presents a comprehensive investigation into the structural response of curved
composite beams enhanced with carbon nanotube (CNT). Employing a multiscale …

The governing differential equations for the free in-plane vibration of uniform and non-
uniform curved beams with variable curvatures, including the effects of the axis extensibility …

This paper presents a semi-analytical solution to free and forced vibrations of a pinned–
pinned Euler-Bernoulli curved beam, and extends it into train-track spatial interactions. The …

The free vibration analysis of functionally graded sandwich beams curved in elevation is
presented in this paper using a fifth-order curved beam theory accounting for the effects of …

Arches and curved beams are solved here by the G/XFEM in the context of free vibration
problems. This hierarchical enrichment method has been used in many complex …

The dynamic buckling of circular rings is a pervasive instability problem with a major impact
in various fields, such as structural, nuclear and offshore engineering, robotics …

A characteristic engineering example of the model presented in this paper, which consists of
a viscoelastically and nonlinearly coupled beam-arch system, can be found in the physical …

Masonry arch bridges constitute over half of the European bridge stock. The dynamic
response of these bridges to traffic loads is influenced by their free vibration properties, ie …