Assessment of seismic resilience of critical infrastructure such as liquefied natural gas (LNG)
storage tanks, is essential to ensure availability and security of services during and after …

In the present study, the interaction mechanism of a 10-story moment-resisting building
frame sitting on the conventional piled raft foundation with a strike-slip fault rupture with a dip …

The paper studies strike-slip fault rupture propagation through dense sand and its
interaction with surface foundations, combining physical and numerical modelling. A series …

The paper studies the performance of a typical overpass bridge, with continuous deck and
monolithic pier‐deck connections, subjected to strike‐slip faulting. A three‐dimensional (3D) …

The paper investigates strike-slip fault rupture propagation through dense sand and its
interaction with surface foundations, employing 3D finite element (FE) modelling. Two soil …

The increasing urban development in seismic-prone regions, in conjunction with the
continuous construction of large-scale lifelines (ie, road and railway networks, pipelines …

We propose a new approach for performing drained and undrained loading of elastoplastic
geomaterials over large deformations using smoothed particle hydrodynamics (SPH), a …

Physical models have suggested a large reduction in bearing capacity of simple foundations
due to overtopping tsunami scour. We use the results of these tests to create scoured …

Fault rupture propagation through near-surface soil deposits and the anticipated damage on
adjacent structures have been thoroughly investigated focusing on single fault rupture …

Although permanent ground movement can cause devasting damages to the infrastructures,
contributions assessing the effect of faulting on earth dams are limited with no notable …