The present work deals with the modelling of water impacts in order to determine the hydrodynamic loads occurring during bulbous bow slamming. A three-dimensional model of water impact based on the Wagner theory has been developed. Such an approach is attractive, as it is accurate for blunt bodies and requires low computational resources. A new numerical method is proposed to solve the three-dimensional Wagner problem by using the displacement potential approach and the Boundary Element Method. The hydrodynamic pressure is determined with the modified Logvinovich model. The proposed approach has been used to study several three-dimensional bodies. In addition, experimental tests have been carried out by using a hydraulic shock machine and C...
International audienceAn algorithm is proposed to solve the three-dimensional Wagner problem [1] for...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
In the present study we investigate the 3-D hydrodynamic slamming problem on a vertical cylinder due...
The present work deals with the modelling of water impacts in order to determine the hydrodynamic lo...
This paper deals with slamming phenomenon (impact between bow ship and water free surface). Slamming...
Some bulbous bows, also used as sonar domes, are made of fibre-reinforced plastic and must be sized ...
WOSInternational audienceThe problem of three-dimensional liquid-solidimpact is considered. A numeri...
International audienceThis paper deals with the slamming phenomenon experienced by ships during impa...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The topic of this thesis is the study and the modelling of water impact phenomenon. A review of the ...
There is a broad variety of important impact problems in ship, ocean and coastal engineering. Two-di...
The purpose of the paper is to demonstrate the feasibility of the direct coupling of the finite elem...
The aim of this PhD thesis is to develop simplified models about hydrodynamic impact (slamming) on t...
A new model of water impact is introduced and applied to two-dimensional problem of asymmetric body ...
This work involves modeling and studying the phenomena of flow separation and secondary hydrodynamic...
International audienceAn algorithm is proposed to solve the three-dimensional Wagner problem [1] for...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
In the present study we investigate the 3-D hydrodynamic slamming problem on a vertical cylinder due...
The present work deals with the modelling of water impacts in order to determine the hydrodynamic lo...
This paper deals with slamming phenomenon (impact between bow ship and water free surface). Slamming...
Some bulbous bows, also used as sonar domes, are made of fibre-reinforced plastic and must be sized ...
WOSInternational audienceThe problem of three-dimensional liquid-solidimpact is considered. A numeri...
International audienceThis paper deals with the slamming phenomenon experienced by ships during impa...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The topic of this thesis is the study and the modelling of water impact phenomenon. A review of the ...
There is a broad variety of important impact problems in ship, ocean and coastal engineering. Two-di...
The purpose of the paper is to demonstrate the feasibility of the direct coupling of the finite elem...
The aim of this PhD thesis is to develop simplified models about hydrodynamic impact (slamming) on t...
A new model of water impact is introduced and applied to two-dimensional problem of asymmetric body ...
This work involves modeling and studying the phenomena of flow separation and secondary hydrodynamic...
International audienceAn algorithm is proposed to solve the three-dimensional Wagner problem [1] for...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
In the present study we investigate the 3-D hydrodynamic slamming problem on a vertical cylinder due...