Resilience of infrastructure and the built environment in the face of natural hazards
Resilience is the ability of a material, mechanism, or system to regain its original state when the disturbance to which it has been subjected has ceased. In this case, we are talking about natural hazards.
These are the services that our research groups can develop. For customized information on the services, please contact us.
| Areas of service | Applications of the service | Scientific infrastructure |
| Structural analysis of the impact of adverse atmospheric situations | Studies of the impact on buildings and infrastructure of earthquakes, deluges and other natural disasters | LATEM |
| Analysis and optimisation of hydraulic functioning | FLUMEN. D1 Laboratory. Variable slope channel | |
| Analysis of hydraulic functioning of river courses and their sedimentary dynamics | FLUMEN. B0 Laboratory. Reduced Models Laboratory. | |
| Impact of underground water on infrastructure | Groundwater Hydrology Laboratory | |
| Impact of maritime water on infrastructure | LIM - ICTS | |
| Fibre optic sensors to control the resilience of infrastructure | Development of applications and prototypes to measure the resistance of infrastructures | |
| Systems of earth observation sensors | Differential SAR, interferometric, monitoring of infrastructures, landslides and avalanches, etc. | |
| Resilience of the grid | Studies of current grids and the design of new networks |
Construction, infrastructure, resilience, natural hazards, structural testing, material testing, monitoring, non-destructive techniques, building materials, steel, cement, concrete, reinforced concrete, prestressed concrete, recycled aggregate concrete, fiber-reinforced concrete, masonry factory, fiber-reinforced polymers (FRP), structures, structural reinforcement, durability, waste recovery, infrastructure maintenance, bridges, dams, tunnels, building, historic buildings, offshore structures, materials technology, Foil free, overflows, spills, drainage, Rivers, River Dynamics, optical networks, metro-core networks, 5G, 6G, optoelectronic devices, photonics, sensors, autonomous vehicle, pollution, reuse, circular economy, climate change, wave channel, impact infrastructure , sea water, port infrastructure, infrastructure monitoring, avalanches, differential SAR, interferometric, power electronics, electrical system ic, renewable electricity generation, transmission and distribution of electricity, mechatronics, energy management.
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