The propulsive performance and vortex dynamics of a two-dimensional model for the
jellyfish-like propulsion with burst-and-coast strategy are investigated using a penalty …

The hydrodynamics of a swimming jellyfish depends on the morphology of the species. For
example, oblate jellyfish appear to generate wide vortex structures near the bell margin. The …

Swimming jellyfish deliver momentum to the surrounding fluid in the form of vortices. A three-
dimensional computational model was adopted to investigate the characteristic flow patterns …

Three-dimensional simulations are performed to investigate swimming and prey capture by
a paddling jellyfish. First, the three-dimensional vortex–vortex and vortex–body interactions …

Inspired by recent studies of a squid-like swimmer, we propose a three-dimensional jet
propulsion system composed of an empty chamber enclosed within a deformable body with …

An inflation–deflation propulsion system inspired by the jet propulsion mechanism of squids
and other cephalopods is proposed. The two-dimensional squid-like swimmer has a flexible …

Jellyfish uses jet propulsion to achieve a diversity of propulsion modes in the water. In this
article, a miniature jellyfish-inspired swimming robot is designed and built, which is capable …

We numerically investigate the dynamics of a self-propelled system that swims by using
intermittent jet propulsion through cyclic body deformations. Unlike existing studies, the …

A squid-inspired jet propulsion system that indudes a deformable body and a nozzle exit
attached to it is numerically studied. By prescribing the body deformation during a single …

Free swimming of a squid-inspired axisymmetric system through jet propulsion - IOPscience
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