This article presents an effective approach for analyzing the in-plane free and forced
vibration responses of axially functionally graded (AFG) parabolic arches with a nonuniform …

An innovative numerical procedure for solving the viscoelastic arch problem based on
variable fractional rheological models, directly in time domain, is proposed and investigated …

Static analysis of Functionally Graded (FG) beams is studied by the Complementary
Functions Method (CFM). The material properties, Young's modulus, of the straight beams …

This paper describes a unified approach to utilize the free vibration, damped and undamped
forced vibration responses of isotropic and homogeneous cycloidal rods of non-uniform …

This paper focuses on the damped and undamped transient response of in-plane and out-of-
plane loaded stepped curved rods. A unified approach combining the complementary …

The main objective of this study is to perform the free and forced vibration analysis of
transversely isotropic and laminated composite parabolic arches with a continuous cross …

Forced vibration characteristics around large statically deformed configuration of curved
beam system with rigid links and moving support are analyzed. In addition, the paper also …

This article deals with free and forced vibration responses of the viscoelastic parabolic
arches of variable thickness. Firstly, considering the effects of shear deformation and …

This study aims to investigate the transient response of homogeneous, isotropic and elastic
stepped circular arches under various in-plane dynamic loads in the Laplace domain. The …

Out-of-plane forced vibration of axially inhomogeneous curved rods is examined by the
Complementary Functions Method (CFM) in the Laplace domain. The material properties …