Engineering projects are facing a growing complexity and are thus exposed to numerous and interdependent risks. In this paper, we present a quantitative method for modelling propagation behaviour in the project risk network. The construction of the network requires the involvement of the project manager and related experts using the Design Structure Matrix (DSM) method. A matrix-based risk prop...

The purpose of this research was to introduce and describe a model for Fire Quantitative Risk Assessment of in petroleum Storage Tanks. A novel model was designed to determine the risk of a fire occurrence using of Loss Causation and Swiss cheese models. Then, based on FTA, model and its integration with our initial proposed model, the final model was obtained for fire hazard determination in h...

Domain-specific quantitative modeling and analysis approaches are fundamental in scenarios which qualitative inappropriate or unfeasible. In this paper, we present a tool-supported approach to graph-based security risk based on attack-defense trees. Our is QFLan, successful domain-specific support of highly configurable systems, whose components have been decoupled facilitate the instantiation ...

One of the effects climate change is an increasing frequency heavy rainfall events, which in turn leads to increased flooding damage urban areas. The purpose this study was develop a tool for dynamic risk evaluation that can be used fulfil several goals European Flood Risk Management Directive. analysis performed as spatial GIS with FME software. primary data source 1D/2D model calculation, whe...

In recent years Risk Analysis has become increasingly important for any kind of project for both personnel and equipment safety assessments. Many divisional projects must respect the rules imposed by the French regulatory authority (INB) and the requirements of applicable international standards. This document proposes a systematic approach for the setting up of a complete Risk Analysis, and it...