BE S ECURe
2
Built Environment Safer in Slow and Emergency Conditions
through behavioUral assessed/designed Resilient solutions
SUOD: State of the Art (SoA), risks related to BE and human behavior
State of the art on risk assessment and mitigation solutions for seismic events and terrorist attacks.
Development of risk matrices for seismic risk and terrorist risk.
Analysis and classification of human behavior in an emergency scenario caused by SUOD.
SLOD: State of Art (SoA), risks related to BE and human behavior
State of the art on risk assessment and mitigation solutions for heat waves and pollution.
Development of risk matrices for heat waves and pollution.
Analysis and classification of human behavior in an emergency scenario caused by SLOD.
Representative models of Built Environment Typologies (BETs) prone to SUOD /SLOD. Case studies selection and data collection
Modeling of representative BETs subject to SUOD and SLOD, identification of their typical risks including typological conditions and user exposure.
Setting up of selected case study models, data collection
Human factors simulation in BETs and definition of a related behavioral-based (BD) resilience metric
Development of joint simulation models of human behavior and modification of BETs for selected SUOD / SLOD.
Application of simulators to the chosen BETs (current status; with implementation of current risk mitigation strategies), towards the definition of KPIs for assessing the resilience of the BE.
Strategies for improving/designing resilience of BETs
Development of solutions to increase resilience, evaluated through simulations, and based on selected metrics / KPIs, with a view to approaching the 4Rs.
Evaluation of solutions for increasing the resilience of BTEs through simulation, and in terms of safety, functionality, application impact and feasibility.
Tools and guidelines for improving/designing a resilient BE assessed through case studies and virtual training
Virtual Training Tools: development, implementation of protocols in VR / AR environments.
Assessment of resilience on a behavioral basis in case studies: comparison between current conditions and strategies based on simulation and training tools, selection of the "best strategies" and their technical reliability, development of tools / guidelines for support in decision-making on holistic basis.
Communication and Dissemination
Communication and dissemination activities and events at local, national and international level, to involve, promote and increase risk awareness among end users and stakeholders, in relation to research results. Virtual training activities.
Disclosure via web and social networks including VR tools