Using jet propulsion, squid can swim at high speed or at low speed with good
maneuverability, which makes them quiet valuable to be studied for biomimetic purposes …

In this study, CAD model of a squid was obtained by taking computer tomography images of
a real squid. The model later placed into a computational domain to calculate drag force and …

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 …

In the present study, a three-dimensional numerical squid model was generated from a
computed tomography images of a longfin inshore squid to investigate fluid flow …

In the face of a small and complex unstructured environment, squid has a high advantage in
using jet propulsion. Compared with other fishes, squid has a simpler locomotion form and …

In the present paper, a numerical squid model was obtained from a real longfin inshore
squid (Doryteuthis pealeii) using computed tomography (CT) images. Two-dimensional …

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 …

Pulsed-jets are commonly used for aquatic propulsion, such as squid and jellyfish
locomotion. The sudden ejection of a jet with each pulse engenders the formation of a vortex …

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 …

The improvement of the steering performance of jet robots is challenging due to single
inflexible jet aperture. Scallops provide a potential solution with hard shells and a double …