Tag: geotechnical engineering

A three-dimensional numerical simulation of an irregular coastal deep excavation revealed pronounced deformation asymmetry between retaining walls that closely matched ...

A coupled genetic algorithm and artificial neural network model evaluated rainfall-driven moisture changes and degradation risks across unpaved roads in ...

Filtered iron ore tailings from Brazil's Iron Quadrangle show sand-like strength, low compressibility, and stable permeability without binders, making them ...

A router-based multi-agent artificial intelligence framework demonstrated improved accuracy and consistency over standalone frontier language models in preliminary engineering calculations ...

Researchers have developed a tree-based machine learning framework utilizing geotechnical distance fields to accurately map subsurface soil layers and quantify ...

A systematic review indicates that hydropower reservoir slope stability depends on transient hydraulic forces rather than water level alone.

Incorporating localized soil stiffness and sedimentary basin amplification into megacity seismic assessments reveals that conventional models substantially underestimate peak ground ...

A probabilistic whole-life geotechnical framework shows that seabed strength recovery under cyclic loading can reduce floating offshore wind turbine anchor ...

Researchers demonstrated that an automated coring machine's Specific Penetration Index reliably predicts the physical and mechanical properties of sedimentary rocks ...

A staged reliability framework reveals how parameter uncertainty drives failure risks in composite open-pit mine slopes despite deterministic safety margins.