Storyline: Proof loading and monitoring to optimise flood defence asset management

A look at future flood risk prospects: ideas of All-Risk researchers

The 2021 summer floods in the Netherlands: some findings and lessons

Project Summary D4 - Incorporating past performance: Improved methods for estimating dike failure probability

Project Summary A1 - Life-Cycle Performance: Methods to align dike inspection, maintenance and reinforcement

Project Summary D3 - Time-dependent piping and interactions: A framework for safety assessment with time-dependent failure processes

Project Summary A4 - Spatial adaptation in coastal environments: New possible synergies between flood protection infrastructure and urban landscape design

Project Summary A3 - Dike reliability analysis: Better methods for the assessment and design of dike systems

Project Summary D1 - Residual dike resistance: Insights in the process after a slope instability

Project Summary C3 - Geophysical measurements of the subsoil: Guidance for better mapping the horizontal variability of the subsoil

Project Summary D2 - Modelling of sheet pile reinforced dikes in organic soils: Insights from the full-scale Eemdijk test

Project Summary B2 - Wave propagation over foreshores: The influence of infragravity waves on overtopping at coastal structures with shallow foreshores

Spatial adaptation in coastal environments: New possible synergies between flood protection infrastructure and urban landscape design

The current flood risk-related challenges induced by climate change<br/>place pressure on designing urban areas where natural and man-made<br/>conditions can be imbalanced. Today, flood risk is mostly managed to<br/>reduce the probability of flood events. However, the engineered probability<br/>approach to flood risk management might not always...

How does the risk-based approach work?