As one of the typical safety-critical systems, the chemical process industry (CPI) is congested
with high-risk industrial processes, usually prone to the so-called multihazard coupling …

This is the second part of the review on multi-hazard coupling effects in chemical process
industry (CPI) in which the existing methodologies on different topics related to multi-hazard …

This study proposes an integrated framework based on Bayesian Network (BN) and
Strongest Path Method (SPM) to provide a robust assessment of the natural hazard risks to …

The popular concept of wellbeing has added multiple dimensions to the current socio-
economic measures of vulnerability from natural hazards. Due to the wellbeing concept's …

Landslides are natural hazards that represent a huge economic burden and cause the loss
of human life around the world. In countries such as Colombia, the mass movement events …

A conceptual solution allows for multi-level risk management of an organizational system
(for example, a cargo port) is presented. A step-by-step mechanism for the integrated use of …

Integrated disaster resilience approaches are paramount for enhancing risk management of
coastal communities in subduction zones under climate-geological risks. Cascading …

Effective volcanic impact and risk assessment underpins effective volcanic disaster risk
management. Yet contemporary volcanic risk assessments face a number of challenges …

Peru is one of the most exposed countries to catastrophic events worldwide, such as floods,
debris flows, earthquakes and tsunamis. Particularly, earthquakes are generated by the …

Probabilistic risk models for natural hazards, or natural catastrophe models, are
indispensable tools for forecasting and quantifying the impacts of cascading and …