Biomimetics, which draws inspiration from nature, has emerged as a key approach in the
development of underwater vehicles. The integration of this approach with computational …

A three-dimensional T-shaped flexible beam deformation was investigated using model
experiments and numerical simulations. In the experiment, a beam was placed in a …

Highlights•Optimization of a 3D real squid model for obtaining a 3D modified squid
model.•Using a multiobjective genetic algorithm (MOGA) with response surface …

This study conducts a numerical investigation of the self-propelled performance of a bio-
inspired squid robot equipped with four rigid tentacles, exploring three sets of collaborative …

Cephalopods, such as squids, have versatile swimming mechanisms that allow them to
adapt to complex underwater environments. Their primary means of propulsion are funnel …

In this study, we proposed an underwater robotic swimmer integrating dual-actuated
composite tentacles. We employed overlapping grid technology to manipulate virtual …

The effect of the seabed on the hydrodynamics of three-dimensional autonomous
underwater vehicles (AUVs) varies according to the physical conditions of the place where …

A 2-D numerical wave tank (NWT) was applied for solving the interaction between a solitary
wave and a moving circular cylinder. The cylinder was placed at various positions from the …

Özet Pompa verimlerini azaltan problemlerin üstesinden gelmek ve yeni tasarımlar yapmak
için pompa çarkı içerisindeki karmaşık akış yapılarını daha iyi anlamak ve incelemek …

A simple mechanical approach to describe motion with linear drag of a pulsejet-equipped
system (PES) in gravitational field is introduced. The lift force is neglected and the fluid is …