Ph.D. Students - Safety against flooding

Genesis of floods

• The role of interception in the hydrological cycle
  A.M.J. Gerrits (TU Delft)
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• High resolution temperature sensing in hydrology, using fibre optic technology
  M.C. Westhoff (TU Delft)
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• Improved catchment modeling with interception and subsurface storm flow
  G. Zhang (TU Delft)
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• Parameterization techniques for improved hydrological modelling in meso scale catchments
  F. Fenicia (TU Delft)
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Morphological behaviour of trained rivers

• Subaqueous dunes using detailed hydrodynamics
  M. Abdu Nabi (TU Delft)
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• Roughness and bedforms under partial mobility conditions
  A.P. Tuijnder (TU Twente)
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• The sedimentary dynamics of embanked floodplains
  N. Hobo (WUR)
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Data-driven, Statistical and Hybrid Modeling in Flood Forecasting and Quantification of Uncertainty

• Hybrid data-driven and conceptual models in operational hydrological forecasting
  G. Corzoperez (Unesco-IHE)
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• Predicting sea levels and surges in the coastal zone
  M. Siek (Unesco-IHE)
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• Multivariate-, extreme value - and bayesian statistical models in flood risk analysis
  M. Nejad en M. van Cong (TU Delft)
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Loads on and strength of flood defence systems

• Urban riverfronts: flood protection and more
  B. Stalenberg (TU Delft)
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