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Parametric study on prestressed skewed box-girder bridge
This study employs the finite element-based CSiBridge v.20.0.0 software to examine the response of a single-cell prestressed box-girder bridge...
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Correlation Between Seismic Intensity Measures and Response of Skewed Bridges
This paper investigates the relationship between 23 earthquake intensity measures (IMs) and seismic responses of skewed bridges and then identifies...
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Comprehensive review of seismic performance assessment for skew-reinforced concrete box-girder bridges
The primary objective of this study is to conduct an extensive analysis of existing literature about the seismic behaviour of skew-reinforced...
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Field investigations on distressed highly skewed multi-cell reinforced concrete bridge
Skewed bridges are commonly used to cross those roadways, waterways, or railways which are not perpendicular to the bridge at the intersection. In...
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Numerical-Experimental Assessment of the SLS for Traffic Safety in Skewed High-Speed Railway Bridges
This work is devoted to the analysis of the dynamic response of High-Speed (HS) multi-track railway bridges composed by girder decks and...
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Application of Jointless Bridges in China
The expansion devices (expansion joints) can be eliminated in jointless bridges to fundamentally resolve the disease and maintenance and replacement...
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Effect of Skew Angle on Seismic Response of Irregular Concrete Bridges with Horizontal Curve
This article is a parametric study of 315 reinforced concrete bridges including 45 straight and 270 curved bridges for different geometrical...
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Long-Term Structural Monitoring of a Skewed Masonry Arch Railway Bridge Using Fibre Bragg Gratings
Masonry arch bridges are numerous across European transportation networks. Many are ageing structures, with service lives of 100–150 years to date,...
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Stayed Buckle Cable Recycling for Seismic Upgrading of Super-long-span Concrete Filled Steel Tube Arch Bridges
A seismic upgrading approach for super-large-span upper-deck concrete-filled steel tube arch bridges using the stayed buckle cables (SBCs, which are...
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Finite Element Analysis on Skew Box-Girder Bridges
This study examines the effect of skew angle and span-depth ratio on a reinforced concrete simply supported box-girder bridge. The cross-sectional...
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Finite element analysis of reinforced concrete curved box-girder bridges
The study presents the design forces of simply supported single-cell reinforced concrete (RC) curved box-girder bridges using a finite element method...
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Fragility curve development of highway bridges using probabilistic evaluation (case study: Tehran City)
Seismic fragility analysis of bridges can be used to identify the probability of different damage states of bridges under earthquake hazards. This...
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Seismic vulnerability of RC skew-bridges considering the vertical component of ground motion
Even after considering speed, safety, construction problems and space constraints, it is not always possible to align bridge piers to being exactly...
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Effects of soil spatial variability on the seismic response of multi-span simply-supported highway bridges
Soil exhibits inherent spatial variability, creating a significant source of uncertainty in geotechnical assessments. This variability becomes...
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Regularity classification and corresponding analysis method requirements of horizontally curved bridges with unequal pier heights
The seismic behavior of horizontally curved bridges, particularly with unequal height piers, is more complicated than that of straight bridges due to...
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Load Distribution and In-Plane Superstructure Movements on Highly Skewed Steel Girder Bridges
Highly skewed girder bridges experience modified load paths, deck diagonal and acute corner cracking, and superstructure horizontal movements caused...
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Influence of Skewness on Deflection Response of Horizontally Curved RC Box-Girder Bridges
The aim of the present paper is to study the effect of skewness on deflection response of horizontally curved reinforced concrete (RC) box-girder...
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Distributed dynamic fibre-optic strain monitoring of the behaviour of a skewed masonry arch railway bridge
Skewed masonry arch railway bridges are common, yet their structural behaviour under typical working loads, along with gradual changes in behaviour...
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Integrated framework for seismic fragility assessment of cable-stayed bridges using deep learning neural networks
The increasing intensity of strong earthquakes has a large impact on the seismic safety of bridges worldwide. As the key component in the...
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Effect of model data availability on scour risk of bridges
Access to detailed data sets which can enable detailed hydraulic modelling of the river around a bridge structure is not always possible and may...
