In this study, the effects of wind on an Eastern Red Cedar were investigated using numerical
simulations. Two different tree models were proposed, each with varying bole lengths and …

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 …

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 …

This study investigates the development of swimming abilities and its relationship with
morphology, growth, and nourishment of reared Doryteuthis opalescens paralarvae from …

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 the current numerical work, a 2D wave tank has been planned to explain the shared
impacts among three different solitary waves and three different floating breakwaters by …

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

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 …

Spiral fin-and-tube heat exchangers (SPF HEX) are broadly employed heat transfer (HT)
equipment for heating and cooling applications. Therefore, developing a model that predicts …