Eagre/Aegir

European Union European Industrial Doctorates 2020-2023 (project 859983)

Publications (NB Notion by managers that research and work stop when funding, stopped here in 2023, stops, is completely bogus; mostly WR and OB continued)

2022-2026 (J= 5 journal articles,C=3 refereed conference articles,A= 2 archived manuscripts)

* C4: W. Rehman, T. Bunnik 2026:

Fluid Structure Interaction Modelling of the Regular Water-Waves Impact on a flexible Beam. OMAE2026 conference, Tokyo, Japan (funding for WR by company Seaway7).

* J5] Yang Lu, Floriane Gidel, Junho Choi, OB, Mark Kelmanson 2026:

Variational numerical-modelling strategies for the simulation of driven free-surface waves. Water Waves.

* J4] Yang Lu, Floriane Gidel, Tim Bunnik, O.B. Mark Kelmanson, 2026:

Variational and numerical water-wave and surf-zone hydrodynamics. J. Eng. Maths. 157, Editor's pick & Archived link

* J3] W. Rehman, T. Bunnik, O. Bokhove, M. Kelmanson 2024:

Experimental modelling of water-wave interactions with a flexible beam. Open Research Europe

* C3] W. Rehman, T. Bunnik 2024:

Fluid-Structure Interaction Modelling of the Regular Water Waves Impact on a Flexible Beam. Proc. ASME Power and Energy Conference 2024.

* A2] W. Rehman, T. Bunnik, O. Bokhove, M. Kelmanson 2024:

Experimental modelling of water-wave interactions with a flexible beam. Earth Arxiv. Experiments: Github page

* J2] J. Choi, A. Kalogirou, Y. Lu, O. Bokhove, M.A. Kelmanson 2024:

A study of extreme water waves using a hierarchy of models based on potential-flow theory. Water Waves 5. link. Earth Arxiv 2023 preprint

* J1] J. Choi, O. Bokhove, A. Kalogirou, M.A. Kelmanson 2022:

Numerical experiments on extreme waves through oblique soliton interactions. Water Waves 4. link

* C2] W. Rehman, O. Bokhove, M. Kelmanson 2023:

A systematic approach for developing a numerical wavetank to simulate driven shallow- and deep-water waves. OMAE conference link

* C1] W. Rehman, T. Bunnik, O. Bokhove, M. Kelmanson 2023:

Experimental modeling of water-wave interactions with a flexible beam. OMAE conference link

* A1] F. Gidel, Y. Lu. O. Bokhove, M. Kelmanson 2022:

Variational and numerical modelling strategies for cost-effective simulations of driven free surface waves. Earth Archive link. Simulations: Github page

© 2026 Onno Bokhove
Template by Andreas Viklund. Panorama: Fugro GEOS. Photos: Breaking wave hitting a mono-pile offshore structure in the North Sea, www.flyingfocus.nl. Extreme wave hitting a wind turbine tower during model tests (MARIN)