This paper aims to provide a five-step conceptual framework to analyze the impacts to the
built environment from multi-hazard interactions. Our methodology includes a critical …

The first step for learning any calculation code for seismic response analysis is an adequate
understanding of how to properly set the boundary conditions and the properties of the soil …

The low viscosity and the ability to control solidification rate make colloidal nanosilica grout
an excellent ground-improvement solution which is functional for different engineering …

Within the European project LIQUEFACT some activities have been devoted to the
experimental verification of the effectiveness of two techniques in the mitigation of soil …

Earth fissures are potential hazards that often cause severe damage and affect
infrastructure, the environment, and socio-economic development. Owing to the complexity …

A simplified model to reproduce the pore pressure build-up until liquefaction under seismic
shear loads is implemented in a one-dimensional code for loosely coupled site response …

Fragility curve defines the probability of a structure exceeding a damage level for various
levels of loading intensity. The present study presents a vulnerability analysis of a road …

This paper proposes a procedure for the calibration of a simplified pore water pressure
model implemented in 1D effective stress dynamic analyses. The calibration procedure is …

The technical and economic assessments for emerging renewable energy technologies,
specifically offshore wind energy, is critical for their improvement and deployment. These …

The transport of liquefiable solid bulk cargo is one of the main causes of maritime safety
accidents over the past decade. This article innovatively summarized the status quo of …