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Composite Girder Cable-Stayed Bridge
A cable-stayed bridge is a structure which consists of pylons, girders, cables, and foundations for bearing forces. The cable-stayed bridge system...
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Digital twin-based life-cycle seismic performance assessment of a long-span cable-stayed bridge
Long-span cable-stayed bridges often have a design service life of more than a hundred years, during which they may experience multiple earthquake...
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Structural response of cable-stayed bridges exposed to strong earthquakes during construction
This paper investigates the earthquake response of the Kömürhan cable-stayed bridge with a single pylon and steel deck, which was exposed to the...
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Influence of movable bearings performance on the dynamic characteristics of a cable-stayed bridge : insights from seismic monitoring records
An investigation on seismic response characteristics and modal parameters of a cable-stayed bridge with movable bearings using vibration records...
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Mechanical Properties and Economy of Composite Girder Cable-Stayed Bridges
At present, the span of aMechanical property steel cable-stayed bridge has already exceeded the thousand-meter-scale.
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Seismic fragility estimation of cable-stayed bridges with various pylon shapes considering soil-pile interaction
Cable-stayed bridges (CSB) are widely acknowledged among other bridge types owing to their attractive appearance and greater flexibility. Numerous...
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Cable-Stayed Bridges
The Yachihe Bridge is located at the junction of Guiyang and Bijie in Guizhou Province, which crosses the Yachihe Grand Canyon. It is a bridge on the...
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Life-cycle seismic damage identification and components damage sequences prediction for cable-stayed bridge based on fragility analyses
In the vast inland areas of China, more than 3 million bridges have been built to connect the remote mountainous areas and also to make up the urban...
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The pylon shape influence on the dynamic response of a cable-stayed bridge for high-speed rail
The cable-stayed bridge (CSB) can be considered as a masterpiece of architecture. Relatively longer spans and distinctive pylon shapes make it...
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Inelastic response of cable-stayed bridges subjected to non-uniform motions
This paper studies for the first time the effect of the spatial variability of ground motions (SVGM) with large intensities on the inelastic seismic...
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Shake table experimental study of cable-stayed bridges with two different design strategies of H-shaped towers
As one of the main load-carrying components of cable-stayed bridges, bridge towers are typically required to remain elastic even when subjected to...
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Application of SMA wire in vibration mitigation of bridge stay cable: a state-of-the-art review
Stay cables in cable-stayed bridges experience vibrations due to wind, rain, and traffic-induced excitations and may suffer fatigue damage. Shape...
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Wave-passage effects on seismic responses of pile–soil–cable-stayed bridge model under longitudinal non-uniform excitation: shaking table tests and numerical simulations
A pile–soil–cable-stayed 1/70-scale bridge model was designed and constructed to represent an extremely long-span cable-stayed bridge with a 1400-m...
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Composite Girder Suspension Bridge
Suspension bridges, also called hanging bridges in China, can be traced back to ancient times. For example, the Dujiangyan bamboo suspension bridge...
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Construction Method
At the end of the 1960s, cable-stayed bridges entered a new era of a densely-distributed cable system, which greatly improved their spanning...
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A Field Model Test Method of Tunnel-Type Anchorages in Rock Mass and Its Application in Railway Suspension Bridge Engineering
A suspension bridge that uses suspension cables as the major bearing structure has the most robust spanning capacities. There are two types of...
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Mechanical Properties and Economy of Composite Girder Suspension Bridge
The main cable of a long-span suspension bridge provides most of the vertical rigidity, and the change of stiffening the girder's own rigidity has...
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A simplified design method for metallic dampers used in the transverse direction of cable-stayed bridges
The aseismic design of cable-stayed bridges in the transverse direction with newly proposed metallic dampers that can accommodate both longitudinal...
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Composite Girder (Deck Structure) and Its Applicability
The deck structure (or stiffening girder) of cable-supported bridges can be classified into three types based on the materials used: concrete...
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Resonance analysis of a high-speed railway bridge using a stochastic finite element method
There is always some randomness in the material properties of a structure due to several circumstances and ignoring it increases the threat of...