Slamming wave impact on a rigid cylindrical body : comparison of experimental research and numerical simulation
Diederik Van Nuffel, Kameswara Vepa, Ives De Baere, Joris Degrieck, Wim Van Paepegem, Jan Vierendeels
Abstract
Diederik Van Nuffel, Kameswara Vepa, Ives De Baere, Joris Degrieck, Wim Van Paepegem, Jan Vierendeels
Abstract
Water wave slamming can be considered as the most critical load that marine structures experience. Elastic deformability of these structures can have a significant influence on the slamming behaviour. Comparison of a rigid and deformable cylinder with the same dimensions can result in very relevant information in this field. In this paper, the first steps towards this comparison are undertaken: an experimental test set-up is presented, the test objects are defined, sensors are chosen and tested, and numerical models are proposed. Finally, first results from experimental tests and numerical simulations on a rigid cylindrical body are presented.
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Water wave slamming can be considered as the most critical load that marine structures experience. Elastic deformability of these structures can have a significant influence on the slamming behaviour. Comparison of a rigid and deformable cylinder with the same dimensions can result in very relevant information in this field. In this paper, the first steps towards this comparison are undertaken: an experimental test set-up is presented, the test objects are defined, sensors are chosen and tested, and numerical models are proposed. Finally, first results from experimental tests and numerical simulations on a rigid cylindrical body are presented.
Key concepts: Slamming, Cylinder, Rigid body, Hydroelasticity, Computer simulation, Set (abstract data type), Field (mathematics), Structural engineering