This paper presents a novel methodology that combines polynomial chaos expansion and
slime mould algorithm for multi-parameter identification of concrete dams. This methodology …

Dynamic monitoring data plays an essential role in the structural health monitoring of dams.
This study presents a surrogate-assisted stochastic optimization inversion (SASOI) …

The reliability and deterministic analyses of wood-cored stiffened deep cement mixing and
deep cement mixing column-supported embankments (referred to as WSCSE and DCSE …

Slope reliability analysis can effectively account for uncertainties involved in a slope system.
However, commonly used slope reliability analysis methods often require huge …

Tunnel damages are increasing worldwide in major earthquakes, some of which may result
from the underestimated seismic actions and uncertainties associated with the design …

Seepage from the earth dam's body reduces the amount of water in the dam's reservoir and
threatens its stability. In this paper, the earth‐type Sattarkhan Dam on the Aharchai River …

Over the last century, computational modeling in geoscience, especially in porous media
research, has witnessed tremendous improvement. After decades of development, the state …

Spatial variability is unavoidable for soils and it is important to consider such a feature in the
design of geotechnical engineering as it may lead to some structure behaviors which cannot …

A reliable design of geotechnical structures requires an appropriate estimation and
consideration of the parameter's uncertainties. Traditional design codes account for the …

The stability analysis of homogeneous rock slope following the Hoek–Brown failure criterion
under the hypothesis of different flow rules is performed based on limit equilibrium and finite …