The most crucial issue that causes bridge failure is local scour, especially during flood
events. Therefore, modeling scouring is an essential method to examine the possibility of …

Investigating different pier shapes and debris Finteractions in scour patterns is vital for
understanding the risks to bridge stability. This study investigates the impact of different …

Local scour poses a grave threat to bridge foundations, potentially causing catastrophic
collapses. This study uses FLOW-3D with the Reynolds-Averaged Navier-Stokes model to …

El objetivo de la investigación es evaluar una contramedida para la reducción de la
socavación local en muros longitudinales en ríos con lecho granular bien gradado …

El objetivo de la investigación es evaluar una contramedida para la reducción de la
socavación local en muros longitudinales en ríos con lecho granular bien gradado …

The current study deals with simulation of 3D-flow around three different types of bridge pier
shapes on a flatbed surface. The main objective of this article is to explore how water flows …

One of the most dangerous issues in river engineering is erosion brought on by the flow
around bridge piers, which causes failure. As a result, simulating scouring is a crucial …

Mushroom shaped rocks are not uncommon in nature, but their origin is often misunderstood
because they can be formed by different natural forces. A huge mushroom stone in a stream …

Sediment material around the base of a bridge pier is moved by the flow velocity and
associated turbulence. This phenomenon is generally termed as local scour and can lead to …

La presente investigación comprende el estudio y análisis del proceso de socavación local
y su reducción mediante la implementación de medidas de protección en la base de muros …