Skewed bridges are often encountered in the highway bridge system when the geometry
cannot accommodate straight (unskewed) bridges. The objective of this study is to …

The flexural response of the box-girder bridges, having curvature and skewness together
referred as skew-curved bridges, cannot be predicted by simply superimposing the …

The primary objective of this study is to conduct an extensive analysis of existing literature
about the seismic behaviour of skew-reinforced concrete box-girder bridges. The study aims …

Results of an investigation aimed at determining bending moments and shear forces,
required to design skewed concrete slab bridges using the equivalent-beam method are …

A large number of existing reinforced concrete solid slab bridges in the Netherlands are
found to be insufficient for shear upon assessment. However, research has shown additional …

Skewed bridges are widely used in China, with one prominent application being for high
speed railways, and, as in other parts of the world, certain behavioral aspects need …

The design of skewed bridges is becoming more customary in the engineering community.
In this paper, the effect of the skew angle on continuous composite girder bridges is …

Skewed supports complicate load paths in continuous steel I-girder bridges, causing
secondary stresses and differential deformations. For a continuous bridge where tensile …

Past earthquakes have repeatedly demonstrated that skewed bridges are more vulnerable
to earthquake-induced failure than straight bridges because of their complex, irregular …

Bridges are critical components of lifeline systems that must remain functional without being
severely damaged during earthquakes. Recently, researchers have carried out many …