With applications to high-speed military underwater vehicles in mind, super-cavitating flows
around two-dimensional or axi-symmetric bodies have long been studied by many …

ABSTRACT For Super-Cavitating Underwater Vehicles (SCUV), the numerical analyses and
experiments in a large cavitation tunnel are carried out at relatively large Reynolds numbers …

Unsteady sheet cavitation on a three-dimensional twisted hydrofoil was studied using a
Reynolds-averaged Navier–Stokes simulation technique based on a cell-centered finite …

In the present work, two cavitation modeling strategies, namely the barotropic cavitation
model and the transport equation-based model are applied and assessed for the numerical …

Super-cavitating flows around under-water bodies are being studied for drag reduction and
dramatic speed increase. In this paper, high speed super-cavitating flow around a two …

Unsteady sheet cavitation on a three-dimensional twisted hydrofoil was studied using an
unsteady Reynolds-averaged Navier-Stokes equations solver based on a cell-centered …

Abstract Development and application of high-speed underwater vehicle is the motivation for
many researchers to consider super-captivating flows. Frictional drag decreases and …

Underwater cavitation is one of the most important issues because it causes not only
vibration and erosion of submerged bodies but also significant flow noise problems. In this …

Super-cavitating flows around under-water bodies are being studied for drag reduction and
dramatic speed increase. In this paper, high speed super-cavitating flow around a two …

As environmental issues have been on the rise recently, the demand for hydropower is
increasing. A micro hydropower has a smaller installation capacity relative to general …