Tag: geotechnical engineering

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

Researchers integrated artificial neural networks with B-spline interpolation to accurately estimate excess pore water pressure at uninstrumented ground locations during ...

A deep learning framework that fuses construction schedules with wall-deflection monitoring data cut long-term prediction errors for diaphragm walls at ...

Field tests show a simple sledgehammer soil test and an aluminum picket box can give firefighters scientifically validated anchoring capacities ...

Field measurements across Iskenderun after the 2023 Kahramanmaras earthquake link liquefaction damage on reclaimed land and structural damage on former ...

Triaxial tests on four granular mixtures show particle shape, not gradation, dominates shear strength, with XGBoost outperforming a neural network ...

A study compares pseudostatic, Newmark, and simplified screening methods for estimating seismically induced permanent landslide displacement, applying them to the ...

A hybrid physics-guided gradient boosting model trained on 154 Chinese engineering cases predicts tunnel heave from nearby foundation pit excavation ...

A new acoustic emission indicator called WIb issued warnings before failure in all 403 sandstone specimens tested, typically at loads ...

A carbide slag and silica fume binder strengthened clay far more effectively at 25 degrees Celsius than at 5 degrees, ...