Scour of sediments around bridge foundations by the stream is the most significant
contributing factor for bridge failures. The scour failures tend to occur without prior warning …

Bridge piers on large rivers are often protected from scouring using launchable stone, such
as a riprap sloping structure. While such scour countermeasures are effective for pier …

The aim of this study was to assess the simulation and prediction of scour processes, both
hydrodynamically and morphologically, around vertical and inclined piers. A new version of …

This paper presents both experimental study and numerical simulation to investigate the
effects of an innovative sacrificial piles concept to reduce local scour surrounding service …

The numerical results of local scour for bridge piers are significantly affected by the inlet
turbulent boundary conditions. A novel self-sustaining model (SSM) and corresponding the …

Bridge pier are the most widely used hydraulics structures in ocean, offshore and river
engineering. As a result, scour around bridge pier, flow prediction and it interaction are …

Spur dike is one of the river training structures. This work presented a numerical simulation
of flow field and three-dimensional velocity around a T-shaped spur dike located in bend …

冲刷是导致桥梁结构破坏的关键因素之一, 从机理, 计算, 模型, 探测及防护, 承载及变形等5
个方面较为系统地对桥梁基础冲刷的研究和实践进行了综述. 首先, 在总结现有桥梁基础冲刷 …

Ice cover is a natural phenomenon unique to rivers in cold regions, and its existence is one
of the reasons for the collapse of structural foundations of bridge piers across rivers. In order …

Scour-induced sediment erosion poses a significant threat to the safety and longevity of
infrastructure, including bridges, wind turbines, elevated buildings, and coastal …