… leading to swimming with maximum hydrodynamic efficiency. We show that the optimal
wave form for the swimming sheet is … The optimal is qualitatively different from three-dimensional …

… optimal geometries for a variant of Taylor’s swimming sheet near a rigid boundary. The
quantities we will optimize are swimming … the first study of optimal swimming in which the solution …

… An optimal yield stress and amplitude for swimming thereby arises … (2011), who computed
swimming speeds for Taylor’s sheet in a Newtonian fluid up to comparable values of a as in …

… sheets were chosen to match those of swimmers with available kinematic data. Small–…
Using numerical simulations and data from robotic undulating sheets, we showed that the optimal …

… We establish through numerical simulation conditions for optimal undulatory propulsion
for a single fish, and for a pair of hydrodynamically interacting fish, accounting for linear and …

… The optimal swimming motions will then be calculated and discussed in … and show how the
optimal swimming gaits are modified. … λ = 2 π u ) formed of a vortex sheet along the Ox-axis. …

… The transition regions (ℛ T ) U-opt and (ℛ T ) COT-opt are defined as the range of m for
which U-optimal and COT-optimal organisms swim at speeds just below critical Reynolds …

… For example, all short and long distance human swimming … For various allowable swimmer
powers, optimal 2-D stiffness … procedure is described to translate the optimal 2-D stiffness …

… The effects must be balanced carefully so that swimmers use the optimal combination of
both to achieve the best possible race performance. The possibility of an antagonistic …

… an optimal Strouhal number will be calculated for swimming animals … In Section 2 the optimal
motion of the animal tails will be … In Section 3, the predicted optimal Strouhal number will be …