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- URBASIS PROJECT
- RESEARCH
- TRAINING
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FOLLOW-UP
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Training events
- URBASIS Training Course - Introduction to Nonlinear Dynamics: Application to Soils and Structures
- URBASIS Training Course - Elastic Wave Propagation
- URBASIS Spring School 2 - Urban Seismology and Risk Analysis
- URBASIS Workshop - Building Seismic Monitoring
- URBASIS Training Course - Stress Management
- URBASIS WP3 Workshop
- URBASIS Training Course - Induced Seismicity
- URBASIS Spring School - Earthquake Engineering and Engineering Seismology
- URBASIS Training Course - Writing your PhD and Beyond
- URBASIS Training Course - Instruments and Data
- ICTP - Applied Seismology
- SIPTA Online Winter School 2020/2021
- Published Articles
- Scientific Deliverables
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Training events
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NEWS
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News
- URBASIS Training Course - Elastic Wave Propagation
- ESC2020 - 37th GA of the European Seismological Commission
- 3D Physics-based Ground-Motion Simulation of the 2016 Kumamoto Earthquakes
- Newsletter n°4 - June 2020 is now online
- WP3 - D3.4 : Report on the existence of forbidden frequency bands due to the presence of meta-materials at the geophysical scale is now online.
- Newsletter n°3 - January 2020 is now online
- A new member of the scientific committee
- The last ESR has been hired
- ESRs’ recruitment
- International Advisory Board Members
- Infrastructure seismic risk assessment: an overview and integration to contemporary open tool towards global usage
- A comprehensive synthetic database of global seismic losses covering the period 1967–2018
- WP4-D4.2 Preliminary study of a time-dependent fragility model incorporating building degradation - April 2023
- A physics-informed Bayesian framework for characterizing ground motion process in the presence of missing data
- WP2-D2.3 Development of Physical-Based Ground Motion Model for Induced Seismicity, Case Study: Preston New Road, UK
- Newsletter n°10 - January 2023
- New Challenges for Seismic Risk Mitigation in Urban Areas
- Syner-G+: Prospect of Systemic Seismic Risk Assessment of Interconnected System
- Investigation on the Precision of Local Site Conditions in the Systemic Risk Assessment of Utility Systems at City Scale
- Seismic Risk Assessment of Multiple Cities: Biases in the Vulnerability Derivation Methods for Urban Areas With Different Hazard Levels
- Performance and Comparison of Non-linear Dynamic Analyses for Fragility Derivation when using hazard-consistent CS ground motion selection
- Seismic exceedance rates for an induced seismicity case in the UK considering the temporal variability of the seismicity
- Numerical Coupling of Structural Response and Ground Motion in Multi-scale 3D Physics Based Simulations
- A Comparative Study on the Interpretation Procedure of Field Tests for Measuring the Dynamic Impedance of a Surface Footing
- Urban scale risk assessment including SSI and site amplification
- Variability of physics-based simulated ground motions in Thessaloniki urban area and its implications for seismic risk assessment
- Seismic Risk Assessment of Multiple Cities: Biases in the Vulnerability Derivation Methods for Urban Areas With Different Hazard Levels
- Empirical shaking scenarios for Europe: a feasibility study
- WP3-D3.2 A case study on non-linear soil response in urban areas
- URBASIS Workshop - Building Seismic Monitoring
- WP1-D1.4 Ground-motion modelling as an image processing task. Integration of new data and associated uncertainty reduction
- Testing machine learning models for seismic damage prediction at a regional scale using building-damage dataset compiled after the 2015 Gorkha Nepal earthquake
- Newsletter n°9 - July 2022
- Analysis of the spatio-temporal evolution of the Maurienne swarm (French Alps) based on earthquake clustering
- Urban Seismology: Experimental Approach to Soil–Structure Interaction Towards the Concept of Meta-city
- Stress Drop Derived from Spectral Analysis Considering the Hypocentral Depth in the Attenuation Model: Application to the Ridgecrest Region, California
- Local and Moment Magnitude Analysis in the Ridgecrest Region, California: Impact on Interevent Ground‐Motion Variability
- WP3-D3.3 Innovative techniques for soil-structure interaction assessment
- WP2-D2.2 Analysis of the spatio-temporal variations of seismicity during fluid injection operations
- Newsletter n°8 - February 2022
- WP4-D4.4 Testing of Site-Amplification Models used by Ground Motion Models
- WP1-D1.2 Ground-motion stochastic simulations in Europe - Parameters calibration from Spectral decomposition approach
- Defining the usable bandwidth of weak-motion records: application to induced seismicity in the Groningen Gas Field, the Netherlands
- Combining earthquake ground-motion and ambient vibration analysis to estimate site response variability in the city of Lucerne, Switzerland
- Global occurrence models for human and economic losses due to earthquakes (1967–2018) considering exposed GDP and population
- Generating broadband ground motions from physics-based numerical simulations using artificial neural networks
- Within ‐and Between‐ Event Variabilities of Strong‐Velocity Pulses of Moderate Earthquakes within Dense Seismic Arrays
- Investigation and hazard implication of 1604 Quanzhou earthquake using modern simulation with literature intensity
- Ranking and Selection of Earthquake Ground‐Motion Models Using the Stochastic Area Metric
- Spatial correlation of broadband earthquake ground motion in Norcia (Central Italy) from physics‑based simulations
- Northward migration of the Javanese volcanic arc along thrust faults
- WP3-D3.5 Updated release of SPEED for city seismic response investigations
- WP3-M18 Fragility curves considering SFSI
- WP1-M17 Physics-based scenarios in Cities
- WP3-D3.1 General guidelines to assess soil response in urban areas
- Newsletter n°7 - September 2021
- URBASIS Winter School - Earthquake Engineering and Engineering Seismology
- Earthquake Early Warning System for Structural Drift Prediction Using Machine Learning and Linear Regressors
- Spatial correlation of broadband ground motions from physics-based numerical simulations
- Testing Nonlinear Amplification Factors of Ground‐Motion Models
- WP4-D4.5 Use of Sparse information from Earthquakes in Urban area
- Analysis of the efficiency of intensity measures from real earthquake data recorded in buildings
- WP1-D1.3 Regionally adjusted stochastic ground-motion models, associated variabilities, correlations and epistemic uncertainties
- Structural Change Detection applying long‑term seismic Interferometry by Deconvolution method to a modern civil Engineering Structure (New Zealand)
- Concurrent Seismic events Identification using Deep Learning
- Newsletter n°6 - April 2021
- Contribution of Knet and Kik-net data to the Monitoring of Nonlinear Properties of the Shallow Crust
- WP4 - D4.1 Intensity measure and engineering demand parameter for natural and induced seismicity
- WP1 - D1.5 Spatial variability of earthquake ground motion insights from 3D physics-based numerical simulations
- Training event - ICTP - Applied Seismology
- WP3 - D3.6 State-of-the-art fragility curves of typical RC and masonry structures considering SFSI and aging effects
- WP2 - D2.1 Model for prediction of magnitude-recurrence rates for natural and induced swarms. Guidelines for predicting the magnitude distribution for natural and induced earthquake swarms: deviations from Gutenberg-Richter laws?
- Foundation Impedance Functions from Full-scale soil-structure Interaction Tests
- Training event - SIPTA Online Winter School 2020/2021
- WP1 - D1.1 Magnitude Dependent Stress-drop Models of European earthquakes
- The Stochastic Area Metric for the Selection and Ranking of Ground-Motion Models
- Newsletter n°5 - November 2020
- Earthquake Damage Prediction of Buildings in Nepal using Machine Learning tools
- WP2 - D2.4 Toward New-Field Ground-Motion Prediction Equations for Induced Seismicity
- URBASIS Training Course - Introduction to Nonlinear Dynamics: Application to Soils and Structures
- An Initial Approach to Estimate the Time Dependency of Seismic Risk in Urban Areas - Seismic Hazard Component
- Evaluation of the Variability of Soil Response in Urban Environment using Reference-site methods: the case of Lucerne, Switzerland
- Dynamic and Probabilistic Multi‑class Prediction of Tunnel Squeezing Intensity
- Recruitment of 15 PhD
- What is the URBASIS-EU project ?
- Newsletter
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