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Inhaltsangabe
Super-cavitation is the state of the art technology that may revolutionize underwater propulsion systems. Super-caviatating bodies can achieve very high speeds under water by virtue of reduced hydrodynamic drag with respect to fully wetted underwater vehicles. A cavitation bubble is generated at the nose, by virtue of that skin friction drag is drastically reduced.This study will be carried out to investigate various aspects of axisymmetric super-caviatating projectiles. In this project, it is aimed at the optimization of the cavitator shape for axisymmetric bodies in partially caviatating flow, at different front end profiles with different angle of attack.
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Reseña del editor
Super-cavitation is the state of the art technology that may revolutionize underwater propulsion systems. Super-caviatating bodies can achieve very high speeds under water by virtue of reduced hydrodynamic drag with respect to fully wetted underwater vehicles. A cavitation bubble is generated at the nose, by virtue of that skin friction drag is drastically reduced.This study will be carried out to investigate various aspects of axisymmetric super-caviatating projectiles. In this project, it is aimed at the optimization of the cavitator shape for axisymmetric bodies in partially caviatating flow, at different front end profiles with different angle of attack.
Biografía del autor
Mr. K Raj Kumar works at D.R.D.O laboratory(N.S.T.L) Visakhapatnam as a senior research fellow. Having an experience in vibration measurements of condition monitoring and shock tests. Also have a solid experience in modeling, analysis and drafting various mechanical components.S.
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Underwater Supercavitating Projectiles: CFD Analysis
Verlag:
LAP LAMBERT Academic Publishing, 2014
ISBN 10: 3659596922
ISBN 13: 9783659596926
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