Suspension bridges offer an elegant and economical solution for bridging over long spans
with resultant low material content and ease of construction. Classical analytical methods for …

The classical continuum model for the linear vertical vibrations of a suspension bridge
(Bleich et al., 1950 [1]) is re-examined. The primary objective of the study is to extend the …

In this study, the vibration and acoustic resonance, and dominant frequency range of simple
concrete box and viaduct are examined from the measurement results. A narrow band …

The vertical vibration of suspension bridges with a damage in the main cables is studied
using a continuum formulation. Starting from a model for damaged suspended cables …

In the present study, we consider a thermal-Timoshenko-beam system with suspenders and
Kelvin–Voigt dam** type, where the heat is given by Cattaneo's law. Using the existing …

In this paper, a continuum model is proposed for static and dynamic analyses of a three-
span suspension bridge with three-dimensionally curved main cables. To obtain equations …

Linearized continuum models of a suspended span with unloaded backstays and of a
symmetric three-span suspension bridge are used to study the effects of the flexibility of the …

This paper includes the structural condition assessment of a 164-m suspension bridge in
accordance with numerical and experimental methods. A finite-element model was …

This paper proposed a dimensionless continuum model of suspension bridges to
comprehensively study the bending stiffness effect of the 3D cable system on the structural …

In this paper, a continuum model for a three-span suspension bridge with a floating girder is
newly proposed to investigate its static and dynamic behaviors. This model can consider the …