Identifying and evaluating the structural state through massive monitoring data is one of the
key issues in the structural health monitoring of concrete dams. Data-driven models play an …

A current trend is to implement dam risk management. Dam risk analysis is the premise of
dam risk management. Methods such as PRA, FMEA/FMECA, FTA, ETA, and group dam risk …

Bottom outlets are significant structures of dams, which are responsible for controlling the
flow rate, operation, or removal of reservoir sedimentation. The service gate controls the …

Spillways are the most important structures of large dams that are responsible for releasing
the excessive flood discharge from the reservoir. Although many studies have been …

With the frequent occurrence of natural disasters, the problem of dam failure with low
probability and high risk has gradually attracted people's attention. This paper uses flume …

The influencing mechanism of the spatial variability in concrete materials on the seismic
damage of concrete gravity dams is still unclear, and existing methods for evaluating the …

In this study, the three-dimensional (3D) near-fault earthquake performance of the Oroville
dam is examined considering a special material model and various seismic boundary …

Structural design of the vertical displacements and shear strains in the earth fill (EF) dams
has great importance in the structural engineering problems. Moreover, far fault earthquakes …

Displacement is one of the most intuitive indicators reflecting the influence of internal and
external environments on dam structures. However, existing displacement monitoring …

Cemented sand gravel (CSG) dams, as a newly-developing dam type, has attracted great
attention in dam construction industry around the world due to its environmental friendliness …