M.P. de Ridder
M.P. de Ridder
Contact
Profile
The research of Menno focuses on the effects of a foreshore, as a climate adaptation measure, on the wave impact on a breakwater. In his research, he will perform physical model experiments and apply numerical simulations to quantify the relevant processes. He is employed part-time (0.2 FTE) at Deltares, where he works on projects related to wave hydrodynamics. He holds an MSc. in Civil Engineering at the faculty of Hydraulic Engineering, TU Delft.
Expertise
Publications
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2024
Wave overtopping discharges at rubble mound structures in shallow water
Menno P. de Ridder / Dennis C.P. van Kester / Rick van Bentem / Djimin Y.Y. Teng / Marcel R.A. van Gent
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2023
Accounting For Directional Wave Spreading Effects On Infragravity Wave Growth In A 1D Dune Erosion Model
Robert McCall / Robbin van Santen / Van Santen Van Santen / Anouk De Bakker / Henk Steetzel / Stefan Pluis / Menno de Ridder / Laura Coumou / Niels Van Kuik
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2023
Hybrid modelling to improve operational wave forecasts by combining process-based and machine learning models
Joost P. den Bieman / Menno P. de Ridder / Marisol Irías Mata / Joana C.C. van Nieuwkoop
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2023
Validation and practical application of nonlinear wave decomposition methods for irregular waves
Menno P. de Ridder / Jan Kramer / Joost P. den Bieman / Ivo Wenneker
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2021
Efficient two-layer non-hydrostatic wave model with accurate dispersive behaviour
Menno P. de Ridder / Pieter B. Smit / Ap R. van Dongeren / Robert T. McCall / Kees Nederhoff / Ad J.H.M. Reniers
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