Add to ORKGSince the pionneering works by Wagner [1] hydrodynamic models for impact of bodies onto a flat free surface have been continuously developed. First Wagner proposed a model based on the flat disk approximation un-der the assumption that the deadrise angle is small; in the range [4: 20] degrees. However, there are many situations where the linearization of the boundary condition on the wetted surface is not valid any longer
International audienceWe propose an algorithm to solve the generalized Wagner problem for two dimens...
A minor error in Howison et al. (J. Eng. Math. 48:321–337, 2004) obscured the fact that the points a...
Introduction. Impact of a solid body on water surface has been a subject of extensive research owing...
Since the pionneering works by Wagner [1] hydrodynamic models for impact of bodies onto a flat free ...
A numerical method to solve the problem of symmetric rigid contour entering water at a given speed i...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The water impact phenomenon is still a challenge for researchers. The useful model of impact was int...
Galin’s theorem is used to revisit the linearized Wagner problem based on the so-called flat disk ap...
A simple model of water impact has been introduced by Wag-ner [6]. This model is still a main tool i...
The topic of this thesis is the study and the modelling of water impact phenomenon. A review of the ...
International audienceA generalized Wagner method for studying water impact of arbitrary section is ...
A numerical method to solve the problem of symmetric rigid contour entering water vertically at a gi...
There is a broad variety of important impact problems in ship, ocean and coastal engineering. Two-di...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
International audienceAn algorithm is proposed to solve the three-dimensional Wagner problem [1] for...
International audienceWe propose an algorithm to solve the generalized Wagner problem for two dimens...
A minor error in Howison et al. (J. Eng. Math. 48:321–337, 2004) obscured the fact that the points a...
Introduction. Impact of a solid body on water surface has been a subject of extensive research owing...
Since the pionneering works by Wagner [1] hydrodynamic models for impact of bodies onto a flat free ...
A numerical method to solve the problem of symmetric rigid contour entering water at a given speed i...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The water impact phenomenon is still a challenge for researchers. The useful model of impact was int...
Galin’s theorem is used to revisit the linearized Wagner problem based on the so-called flat disk ap...
A simple model of water impact has been introduced by Wag-ner [6]. This model is still a main tool i...
The topic of this thesis is the study and the modelling of water impact phenomenon. A review of the ...
International audienceA generalized Wagner method for studying water impact of arbitrary section is ...
A numerical method to solve the problem of symmetric rigid contour entering water vertically at a gi...
There is a broad variety of important impact problems in ship, ocean and coastal engineering. Two-di...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
International audienceAn algorithm is proposed to solve the three-dimensional Wagner problem [1] for...
International audienceWe propose an algorithm to solve the generalized Wagner problem for two dimens...
A minor error in Howison et al. (J. Eng. Math. 48:321–337, 2004) obscured the fact that the points a...
Introduction. Impact of a solid body on water surface has been a subject of extensive research owing...