In this article the boundary element method (BEM) is applied to analyze the propeller hub as
a non-lifting body and the blades in its vicinity as lifting bodies. In solver, the geometrical …

This article investigates numerical modeling of surface piercing propeller (SPP) in unsteady
open water condition using boundary element method. The home code based on BEM has …

The aim of this study is to calculate hydrodynamic performance and ventilation flow around
wedge, 2D blade and 3D surface piercing propeller (SPP), using computational fluid …

The application of surface-piercing propeller (SPP) has been widely used in high-speed
crafts due to possessing many favorable features. Due to the information gaps in the design …

The global demand for fast sea transportation has led to an ongoing development of high-
speed vessels and surface-piercing propeller, as a high performance propulsor, has played …

In this study, unsteady Reynolds-Averaged Navier-Stokes computations based on a finite
volume method was used to investigate the behavior of fluid flow around an optimized …

When operated under large water immersion, surface piercing propellers are prone to be in
heavy load conditions. To improve the hydrodynamic performance of the surface piercing …

The Sub-Committee on Stability and Load Lines and on Fishing Vessels Safety (SLF) of the
International Maritime Organization (IMO) has undertaken the development of so-called …

The motivation of the present study is to contribute to the knowledge of partial submerged
propellers (PSPs) in the search for a reliable performance prediction method with regard to …

04 Ostatak.indb Page 1 40 64(2013)1, 40-45 M. GHASSABZADEH, H. GHASSEMI, MG
SARYAZDI DETERMINATION OF HYDRODYNAMICS CHARACTERISTICS... UDC 629.5.015.4:629.5.035 …