Working knowledge in topics such as Hydrology, River Dynamics, Water Resources Development, River System Management and Computational Hydraulics
Flood Risk Management (M. Werner)
Introduction to floods and flooding. Safety
concepts and (holistic) approaches to flood risk mitigation regarding protection
levels, flood losses, risk assessment and design criteria. Floodplain hydrology
and flood waves. Coastal/estuarine flooding processes. Relation between
flood management, land-use and physical planning. Concepts of nonstructural
flood mitigation, focussing on flood proofing, early warning and forecasting,
flood response and recovery, and comprehensive emergency management.
Flood Modelling (M. Werner, K. de Bruijn)
Concepts and principles of flood modelling,
constraints and common modelling tools and instruments. Computer exercise
on flood risk mapping in combination with 1D, 2D and integrated 1D-2D hydrodynamic
models & GIS.
Deterministic and Probabilistic Design
(P. van Gelder)
Introduction to deterministic and probabilistic
design; safety and risks. Principles; failure risks; events and fault trees;
comparison with traditional design approaches. Applications to river &
coastal engineering structures; flood defences; river training and bank
protection works. Exercise on the application of probabilistic design methods
to hydraulic structures..
Where possible lectures and exercises will
be given in conjunction with Module 10 of the Hydroinformatics programme
Lectures, exercises in computer lab, individual assignments