Belén Riveiro
Infrastructure resilience, structural monitoring and geomatics.
The Applied Geotechnologies Research Group focuses on the development and application of advanced technologies for the analysis, monitoring and management of civil engineering infrastructure and the built environment.
A central objective of the group is to improve the assessment and maintenance of existing infrastructure, particularly transport systems, through innovative methodologies that enable more accurate diagnosis and informed decision-making.
The group combines expertise in geomatics, structural engineering and data analysis to address complex challenges related to infrastructure performance, safety and resilience. Its research integrates techniques such as 3D data acquisition, remote sensing, digital modelling and artificial intelligence.
RESILIENT STRUCTURES is a research team established within the framework of the Research Center in Technologies, Energy and Industry (CINTECX), as part of the Applied Geotechnologies Group (GeoTech) at the University of Vigo.
The team focuses on advancing knowledge in infrastructure resilience through the integration of monitoring technologies, data-driven methods and engineering modelling, addressing current challenges in the assessment and management of civil infrastructure systems.
The academic staff are faculty members in the field of Continuum Mechanics and Structural Theory, combining their teaching responsibilities with active research.
Infrastructure resilience, structural monitoring and geomatics.
Concrete and masonry structures. BIM modelling.
Metallic and timber structures. HBIM of existing structures.
Numerical Modelling and Reliability.
Structural Robustness and Health Monitoring.
Structural Engineering Education Research.
The research team brings together expertise in structural engineering, geomatics, infrastructure monitoring and data-driven methods applied to civil engineering systems.
New methods for structural assessment of in-service bridges.
Physics-Informed AI Models for Structural Assessment of In-Service Infrastructure.
Reliability analysis for progressive collapse in existing structures.
Methodologies for the integration of SHM into HBIM.
Clamp-based steel connections for structural reusability.
Risk and reliability-based assessment of in-service bridges.