Tag: soil-structure interaction

Numerical simulations show three-column bridge bents transmit at least 25% more tsunami surge force to foundations than single piers, and ...

A new probabilistic study shows that masonry infill walls, nonlinear soil–structure interaction, and mainshock–aftershock sequences strongly control the seismic vulnerability ...

Researchers have developed a pseudo-three-dimensional work-balance correction that quantifies how sidewall friction artificially stabilises finite-width centrifuge slope models and provides ...

Researchers have validated a numerical framework that predicts site-specific seismic ground-motion coherency from measured soil shear wave velocity variability, matching ...

A validated parametric study of nearly 400 finite element models based on Iran's Shiraz Metro Line 1 reveals that tunnel ...

A hybrid experimental and numerical study shows that precast concrete frames with nib connections remain largely safe in moderate earthquakes ...

New three-dimensional simulations show that inclined pile groups grow stiffer under vertical seismic loading than vertical groups, because tilting weakens ...

A new parametric study shows that a two-to-three-meter geotechnical seismic isolation layer of rubber-soil mixtures offers the best balance of ...

A new study in the Bulletin of Earthquake Engineering shows that the choice of spatial coherency model strongly influences soil-structure ...

Researchers have developed a convergent analytical model that couples shear deformation with layered, displacement-dependent earth pressures, predicting deep excavation wall ...