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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

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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.

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Available 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.

Key concepts: Slamming, Cylinder, Rigid body, Hydroelasticity, Computer simulation, Set (abstract data type), Field (mathematics), Structural engineering

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