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Geotechnical Engineering

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Geotechnical Engineering

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Research Frontiers in Seismic Liquefaction Potential Assessment

Development of advanced predictive models and field testing methodologies to evaluate earthquake-induced liquefaction susceptibility in granular soil deposits.

Cyclic Mobility and Strain Accumulation in Aged Deposits

Pore Pressure Generation at Particle-Scale Boundaries

Liquefaction Resistance of Cemented Natural Soils

Dynamic Soil-Structure Interaction in Liquefiable Layers

Fabric Evolution and Anisotropy During Seismic Loading

Microbial-Induced Stabilization Against Liquefaction Triggering

Residual Strength Prediction in Post-Liquefaction Scenarios

Transient Pore Pressure Dissipation in Saturated Silts

Machine Learning Detection of Latent Liquefaction Susceptibility

Paleoliquefaction Records and Frequency-Magnitude Calibration

All Geotechnical Engineering PhD categories