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Vera M. van Bergeijk
Vera M. van Bergeijk
Verified email at utwente.nl
Title
Cited by
Cited by
Year
An analytical model of wave overtopping flow velocities on dike crests and landward slopes
VM van Bergeijk, JJ Warmink, MRA van Gent, SJMH Hulscher
Coastal engineering 149, 28-38, 2019
402019
Modelling the wave overtopping flow over the crest and the landward slope of grass-covered flood defences
VM van Bergeijk, JJ Warmink, SJMH Hulscher
Journal of marine science and engineering 8 (7), 489, 2020
212020
Modelling dike cover erosion by overtopping waves: the effects of transitions
V van Bergeijk, J Warmink, M Frankena, S Hulscher
Coastal Structures 2019, 1097-1106, 2019
192019
The cross-dike failure probability by wave overtopping over grass-covered and damaged dikes
VM van Bergeijk, VA Verdonk, JJ Warmink, SJMH Hulscher
Water 13 (5), 690, 2021
142021
Modelling of wave overtopping flow over complex dike geometries: case study of the Afsluitdijk
V van Bergeijk, J Warmink, S Hulscher
Coastal Engineering Proceedings, 52-52, 2020
82020
The wave overtopping load on landward slopes of grass-covered flood defences: Deriving practical formulations using a numerical model
VM Van Bergeijk, JJ Warmink, SJMH Hulscher
Coastal engineering 171, 104047, 2022
62022
Surf zone morphodynamics during low-moderate energetic condtions; The TASTI field experiment
JA Brinkkemper, DF Christensen, TD Price, I Naus, AB Hansen, ...
Proceedings Coastal Dynamics 2017, 1038-1048, 2017
62017
Quantifying the influence of transitions on grass cover erosion by overtopping waves
J Warmink, V van Bergeijk, M Frankena, P Van Steeg, S Hulscher
Coastal Engineering Proceedings, 39-39, 2020
52020
Modelling Transitions in Grass Covers to Quantify Wave Overtopping Erosion
JJ Warmink, VM Van Bergeijk, M Frankena, P Van Steeg, S Hulscher
Submitted to Coastal Engineering Proceedings, 2020
52020
The failure probability of grass erosion due to wave overtopping. A case study of the Afsluitdijk, The Netherlands
JJ Warmink, VM Bergeijk, M Kriebel, H Trul, C Kuiper, SJMH Hulscher
FLOODrisk 2020-4th European Conference on Flood Risk Management, 2021
42021
Modelling wave overtopping for grass covers and transitions in Dike Revetments
JJ Warmink, VM Van Bergeijk, W Chen, MRA Van Gent, SJMH Hulscher
Coastal Engineering Proceedings, 53-53, 2018
42018
Hydrodynamic Modelling of Wave Overtopping over a Block-Covered Flood Defence
L Barendse, VM Van Bergeijk, W Chen, JJ Warmink, A Mughal, D Hill, ...
Journal of marine science and engineering 10 (1), 89, 2022
32022
Experimental set-up and modelling tools for the load by overtopping waves in erosion models
VM van Bergeijk, JJ Warmink, SJMH Hulscher
CE&M research report, 2021
32021
The Vulnerability of Damaged River and Lake Dikes for Wave Overtopping
VM Bergeijk, VA Verdonk, JJ Warmink, SJMH Hulscher
FLOODrisk 2020-4th European Conference on Flood Risk Management, 2021
32021
Over the Dike Top: Modelling the Hydraulic Load of Overtopping Waves including Transitions for Dike Cover Erosion
VM van Bergeijk
12022
Hydrodynamic modelling of wave overtopping over a block-covered dike
L Barendse
University of Twente, 2021
12021
The effect of the slope angle on the failure of the grass revetment due to wave impact
M Peters, VM Van Bergeijk, JA van Zuylen, JJ Warmink, S Hulscher
NCK Days 2020, 2020
12020
Modelling wave overtopping for flood defence reliability, the outline of a research project
JJ Warmink, VM Van Bergeijk, W Chen, S Hulscher
e-Proc. ICCE 2018, Baltimore, USA, 709745, 2018
12018
The effects of transitions on wave overtopping flow and dike cover erosion for flood defence reliability
VM Van Bergeijk
Literature Review, CE&M research report 2018R-002/WEM-002, University of …, 2018
12018
The effects of transitions in cover type and height on the wave overtopping load on grass-covered flood defences
VM Van Bergeijk, JJ Warmink, SJMH Hulscher
Applied Ocean Research 125, 103220, 2022
2022
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