Autonomous underwater vehicles play an essential role in geophysical data collection, deep
water mining, seafloor mapping, ocean exploration, and in many other related activities …

Most investigations of turbulent flows in academic studies and industrial applications use
turbulence models. Out of the different turbulence modeling approaches Reynolds stress …

Abstract Improved designs for Autonomous Underwater Vehicles (AUV) are becoming
increasingly important due to their utility in academic and industrial applications. However, a …

This article presents experimental and numerical studies on the effect of free stream
turbulence (FST) on evolution of flow over an autonomous underwater vehicle (AUV) hull …

Submarines are known to produce certain surface manifestations, primary among them
being a feature known as Bernoulli Hump (BH). BH is a rise and fall of sea surface height …

Mobility and controllability of a deep ocean mining vehicle directly determine its operational
efficiency and safety. In this study, the spatial hydrodynamic distributions acting on a mining …

A numerical analysis was conducted on the hydrodynamic characteristics of a deep-sea
mining vehicle. The simulations employed the Reynolds Stress Model (RSM) to focus on the …

The employment of grid-induced turbulent flow structures as a passive means of augmenting
solid-fluid heat transfer is receiving considerable attention, especially in HVAC applications …

As humans accelerate the pace of marine development, autonomous underwater vehicles
(AUVs) are increasingly attracting worldwide attention. Due to the limitations of carrying …

Wind tunnel investigations of how Natural Laminar Flow (NLF) airfoils respond to
atmospheric turbulence require the generation of turbulence, whose relevant characteristics …