Add to ORKGThe paper present the something results of theoretical and experimental research axisymmetric supercavity flow formed by a ring type wing. This flow is named Lighthill-Shushpanov flow . It has been solved by distributing vortices singularities on combination the bodyring wing-cavity surface. Numerical solutions of system integraldifferential equations were obtained using a spline function for the cavity shape with positive and negative numbers of cavity. The results of the cavity experimental testing has been cited as an example of the new method formed cavity flow.http://deepblue.lib.umich.edu/bitstream/2027.42/84305/1/CAV2009-final130.pd
University of Minnesota Master of Science in Mechanical Engineering thesis. January 2011. Major: Mec...
"May 2003."Bibliography: leaves 125-130.vii, 130 leaves : ill. ; 30 cm.This study considers use of a...
A method to calculate a length and a shape of two--dimensional unsteady supercavities past slender ...
ABSTRACTWhen the object is traveling in the water at tremendously high speeds, the cavity forms and ...
ABSTRACT: When the object is traveling in the water at tremendously high speeds, the cavity forms an...
The topic of supercavitation is of considerable interest to drag reduction and/or speed augmentation...
This article presents a numerical investigation of axisymmetric supercavitating flow. It is assumed ...
Cavitating flow near free surface is a complicated issue and may provide new inspiration on high-spe...
Flow structures and hydrodynamic performance of high-speed surface-piercing hydrofoils were studied ...
ABSTRACTRecently underwater systems moving at high speed such as a super-cavitating torpedo have bee...
For the first steps of cavitation researches the very important general peculiarity of supercavitati...
An investigation into the hydrodynamic performance and flow field characteristics of a novel high-sp...
Supercavitating flow over wedges (half-wedges) attached to a solid boundary can be simulated by air ...
Supercavitation can significantly reduce skin-friction drag on an underwater body, thus enabling a d...
At high speed launching of bodies via smoothbore throwing facility into water, a stabilization of bo...
University of Minnesota Master of Science in Mechanical Engineering thesis. January 2011. Major: Mec...
"May 2003."Bibliography: leaves 125-130.vii, 130 leaves : ill. ; 30 cm.This study considers use of a...
A method to calculate a length and a shape of two--dimensional unsteady supercavities past slender ...
ABSTRACTWhen the object is traveling in the water at tremendously high speeds, the cavity forms and ...
ABSTRACT: When the object is traveling in the water at tremendously high speeds, the cavity forms an...
The topic of supercavitation is of considerable interest to drag reduction and/or speed augmentation...
This article presents a numerical investigation of axisymmetric supercavitating flow. It is assumed ...
Cavitating flow near free surface is a complicated issue and may provide new inspiration on high-spe...
Flow structures and hydrodynamic performance of high-speed surface-piercing hydrofoils were studied ...
ABSTRACTRecently underwater systems moving at high speed such as a super-cavitating torpedo have bee...
For the first steps of cavitation researches the very important general peculiarity of supercavitati...
An investigation into the hydrodynamic performance and flow field characteristics of a novel high-sp...
Supercavitating flow over wedges (half-wedges) attached to a solid boundary can be simulated by air ...
Supercavitation can significantly reduce skin-friction drag on an underwater body, thus enabling a d...
At high speed launching of bodies via smoothbore throwing facility into water, a stabilization of bo...
University of Minnesota Master of Science in Mechanical Engineering thesis. January 2011. Major: Mec...
"May 2003."Bibliography: leaves 125-130.vii, 130 leaves : ill. ; 30 cm.This study considers use of a...
A method to calculate a length and a shape of two--dimensional unsteady supercavities past slender ...