Overview
ABSTRACT
Nowadays local officials must have a comprehensive and transversal approach to the risks which threaten the territory they administer. This work is a contribution to the development of a method of global risk analysis of a communal territory. It has led to the realization of several systemic models of the territory and generic hazard process grids that allow for the assessment of the level of risk on a territory and to construct accident scenarios. The scenarios are represented under Petri nets in order to model the dynamic coupling between the hazard processes which have an impact on the territory.
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Read the articleAUTHORS
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Jean-François BRILHAC: Risk and Environmental Management Laboratory, University of Haute-Alsace, Mulhouse
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Olivier Thibaut: Risk and Environmental Management Laboratory, University of Haute-Alsace, Mulhouse
INTRODUCTION
Nowadays, local councillors need to have a comprehensive, cross-disciplinary understanding of the risks threatening the area they administer. This work is a contribution to the development of a method for the global analysis of risks on a communal territory. It has led to the creation of several systemic models of the territory and the proposal of generic hazard process grids to assess the level of risk on a territory and build accident scenarios.
These scenarios can be represented in the form of Petri nets to model the dynamic coupling between the hazard processes that impact the functioning of the territory.
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Regional risk analysis
Territory and risks
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