Bridges play a crucial role in modern societies, regardless of their culture, geographical
location, or economic development. The safest, most economical, and most resilient bridges …

Scour around abutment and piers of water structures cause a failure for these structures in
most developing countries. Most of the existing scour prediction equations are mainly …

This study explores the use of the Kinect device for measuring Three‐Dimensional (3D)
Digital Elevation Models (DEMs) of wall‐jet scour holes and its benefits and limitations. The …

The study of local scour in bridge foundations is often restricted to quantifying maximum
scour depth on the upstream side. This is limiting to the understanding of the resulting scour …

The understanding of scouring around piers is crucial for ensuring the safety of bridges.
However, the effects of bridge pier inclination angle and pier inclination direction on river …

Waves propagating to the shore can experience breaking in the near-shore zone which can
cause sediment transport due to the large vortices and turbulence generated by broken …

Flood frequency and magnitude have increased over the past 30 years in the UK and EU
and are expected to continue to rise, including increased flash flooding. To miti gate flood …

Scour is a significant cause of bridge failure, and resulting bridge closures are likely to
generate significant disruption to infrastructure networks. The management of scour …

The offshore wind sector has been experiencing considerable growth due to the need to
counteract climate change and the increase in fossil fuel prices Offshore wind turbine (OWT) …

The presence of a bridge foundation leads to the formation of a scour hole, from which
entrainment and transport of sediments are controlled by the turbulent structures therein …