Rate My Professor Peter Meijers

Meijers contributed to full-scale measurements and analysis of floating offshore wind turbine tower installation aboard the Sleipnir, the world's largest crane vessel. His doctoral research addressed detection of plastic deformation during monopile installation for offshore foundations, supervised by Dr.ir. A. Tsouvalas and promoted by Prof.dr. A.V. Metrikine. Key recent publications are 'Contactless control of suspended loads for offshore installations: Proof of concept using magnetic interaction' (Journal of Sound and Vibration, 2024, with P. Atzampou, A. Tsouvalas, A.V. Metrikine), 'Non-contact electromagnetic control of torsional vibrations of a rigid cylinder' (Nonlinear Dynamics, 2024, with P. Atzampou, A. Tsouvalas, A.V. Metrikine), 'Full-scale measurements and analysis of the floating installation of an offshore wind turbine tower' (Ocean Engineering, 2024, with D.F. Domingos, P. Atzampou, S.H. Beirão, A.V. Metrikine, J.W. van Wingerden, P. Wellens), 'Experimental investigation of frequency–amplitude decoupling in axial-torsional vibratory pile driving by means of laboratory-scale testing' (Ocean Engineering, 2024, with S.S. Gómez, A. Tsetas, A.V. Metrikine), and 'Monitoring fatigue crack growth using magnetic stray field measurements' (Journal of Physics: Conference Series, 2024, with D.H. Malschaert, M. Veljkovic). He teaches courses including Applied Dynamics, Offshore Structures, Steel and Composite Structures, and Hydraulic Structures. His 18 research outputs include eight journal articles, three patents, conference contributions, and datasets.