Geotechnical engineering
Studies soil behaviour through testing and numerical modelling, including soil stiffness and seismic site characterisation.
Published research, with a short guide to the question and method.
7 selected publications
Engineering Journal
Compares four ways to interpret down-hole seismic measurements at three Thai sites, examining how overburden pressure affects inferred soil velocities.
Engineering Journal
Tests a simpler interpretation of explosion-generated seismic data against MASW at five Thai sites. Accuracy varies with changes in soil layers.
Civil and Environmental Engineering
Presents preliminary calculations for bolted and unbolted tunnel-lining joints, connecting joint flexural capacity with stiffness reduction and segment arrangement.
Geomechanics and Geoengineering
Uses finite-element analyses to examine how uneven tail-void grout pressure changes tunnel-lining forces and deformation during construction.
Geomechanics and Engineering
Tracks shear-wave velocity in three sandy soils during drained triaxial compression, examining how stress conditions alter correlations with wave speed.
Soils and Foundations
Combines laboratory and field evidence to estimate small-strain stiffness parameters for Bangkok clay, supporting calibrated geotechnical finite-element models.
Tunnelling and Underground Space Technology
Calibrates a finite-element representation of tunnel joints against full-scale segment tests, then examines how joint stiffness and segment count affect bending moments.
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Publication details follow the linked sources, checked 8 September 2026. The roster follows the 2022 directory; individual publications do not establish current center project ownership or a PI appointment.
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