Birds such as cape gannets exhibit a remarkable fishing strategy: they dive head-first in the water. Before hitting the water, they streamline their body shape to minimize impact force. To better understand the force generation during impact, we study the different aspects of the water entry of a two-dimensional wedge. We focus specifically on the time-dependent impact force during entry (e.g., the existence of a maximum before total immersion of a wedge), but also on the the shape(s) of the splash, which proved to be strongly influenced by aerodynamics.
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