Fish schools are capable of simultaneous linear acceleration. To reveal the underlying
hydrodynamic mechanism, we numerically investigate how Reynolds number R e= 1000 …

Swimming in schools has long been hypothesized to allow fish to save energy. Fish must
exploit the energy from the wakes of their neighbors for maximum energy savings, a feat that …

Alterations to the unsteady wake dynamics imposed by abrupt changes in the phase angle
between two pitching side-by-side foils are computationally examined at the Reynolds …

The unsteady hydrodynamics of side-by-side pitching foils are studied numerically at
Reynolds number of 4000 with altering phase differences in the middle of an oscillation …

Both schooling behavior and burst-and-coast gait could improve fish swimming
performance. The extent to which fish can improve their swimming performance by …

The strong association with visual cues exhibited by fish that prefer to inhabit flowing water
(rheophilic species) may help reduce the energetic costs of maintaining position due to the …

We present new constrained and free-swimming experiments and simulations of a pair of
pitching hydrofoils interacting in a minimal school. The hydrofoils have an out-of-phase …

Fish schools and their potential hydrodynamic advantages are intriguing problems and
many underlying mechanisms are unclear due to the complexity of the system, especially for …

Animal positions within moving groups may reflect multiple motivations including saving
energy and sensing neighbors. These motivations have been proposed for schools of …

Sound has a potential impact on animal welfare and production, but the impacts of
soundscapes on aquaculture species in different aquaculture production systems have been …