This work experimentally compares the water wave slamming of a rigid cylindrical object and a deformable cylindrical composite shell. Wave impact is hereby achieved as a vertical drop on an initially calm water surface. The impact of both objects is haracterized in terms of impact pressures, forces and deformations. The experiments show a reduction in impact forces and pressures for the deformable cylinder compared to the rigid one, indicating a transformation of impact energy into deformation energy
WOSInternational audienceThis paper presents an original experimental approach of three-dimensional ...
Among all kinds of loads that floating and fixed marine constructions experience, water wave slammin...
none1noThis work investigates the slamming phenomenon experienced during the water entry of deformab...
This work experimentally compares the water wave slamming of a rigid cylindrical object and a deform...
This work experimentally compares the water wave slamming of a rigid cylindrical object and a deform...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
This paper presents a detailed study on the local pressures acting on the surface of a quasi-rigid c...
This paper presents a detailed study on the local pressures acting on the surface of a quasi-rigid c...
This work presents a comprehensive set of experimental results on the water entry of compliant cylin...
WOSInternational audienceThis paper presents an original experimental approach of three-dimensional ...
Among all kinds of loads that floating and fixed marine constructions experience, water wave slammin...
none1noThis work investigates the slamming phenomenon experienced during the water entry of deformab...
This work experimentally compares the water wave slamming of a rigid cylindrical object and a deform...
This work experimentally compares the water wave slamming of a rigid cylindrical object and a deform...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
Water wave slamming can be considered as the most critical load that marine structures experience. E...
This paper presents a detailed study on the local pressures acting on the surface of a quasi-rigid c...
This paper presents a detailed study on the local pressures acting on the surface of a quasi-rigid c...
This work presents a comprehensive set of experimental results on the water entry of compliant cylin...
WOSInternational audienceThis paper presents an original experimental approach of three-dimensional ...
Among all kinds of loads that floating and fixed marine constructions experience, water wave slammin...
none1noThis work investigates the slamming phenomenon experienced during the water entry of deformab...