Write your message
Volume 5 - Winter and Spring 2016                   ijmt 2016, 5 - Winter and Spring 2016: 41-54 | Back to browse issues page

XML Print

Download citation:
BibTeX | RIS | EndNote | Medlars | ProCite | Reference Manager | RefWorks
Send citation to:
Moonesun M, Ghasemzadeh F, Korol Y, Nikrasov V, Yastreba A, Ursolov A et al . Technical Notes on the Near Surface Experiments of Submerged Submarine . ijmt 2016; 5 :41-54
URL: http://ijmt.ir/article-1-477-en.html
Technical Notes on the Near Surface Experiments of Submerged Submarine
Mohammad Moonesun * 1, Firouz Ghasemzadeh2 , Yuri Korol3 , Valeri Nikrasov3 , Alexi Yastreba1 , Alexander Ursolov1 , Asghar Mahdian4
1- National University of Shipbuilding Admiral Makarov (NUOS) ,Ukraine
2- Tehran University, Department of Irrigation and Reclamation Engineering, Tehran, Iran
3- National University of Shipbuilding Admiral Makarov (NUOS), Department of Hydrodynamics, Ukraine
4- MUT, Department of Marine Engineering,Shahinshahr, Iran
Abstract:   (11819 Views)

In this study, the experimental analysis on the bare hull resistance coefficient of submarine at snorkel depth is represented. The experiments are conducted in marine laboratory of Admiral Makarov University. The results are presented for surface condition and snorkel condition. Snorkel depth is regarded equal to one diameter of submarine hull beneath the water surface as usual in submarines. Performing the experiment at the surface condition is a usual practice process but performing the experiment at submerged condition has several technical notes which are evaluated in this paper. One of challenging discussions is estimating the induced resistance between the main hull and struts. For this part of study, CFD method is used. CFD analyses are conducted by Flow-3D (V.10) software based on solving the RANS equations and VOF method. All analyses are performed for still water condition. The results of this research can be used for AUVs, research submersibles and submarines, torpedoes and every submersible who operate near the free surface of water.

Keywords: Submarine, Resistance, Experimental, CFD, Snorkel depth, Flow-Vision, Flow-3D
Full-Text [PDF 1446 kb]   (5415 Downloads)    
Type of Study: Research Paper | Subject: Submarine Hydrodynamic & Design
Received: 2016/02/25 | Accepted: 2016/03/15
References
1. Joubert, P.N., (2004),Some aspects of submarine design: part 1: Hydrodynamics,Australian Department of Defence.
2. Joubert, P.N., (2004),Some aspects of submarine design: part 2: Shape of a Submarine 2026,Australian Department of Defence.
3. Burcher, R. and Rydill, L.J., (1998),Concept in submarine design,The press syndicate of the University of Cambridge, Cambridge university press, p. 295.
4. Yuri, N.K. and Oleg, A.K., (2001),Theory of Submarine Design,Saint Petersburg State Maritime Technical University, Russia, pp.185-221.
5. Ulrich, G., (2000), Submarine Design, Bernard &GraefeVerlag.
6. Greiner, L., (1968),Underwater missile propulsion : a selection of authoritative technical and descriptive papers.
7. A group of authorities, (1990), Submersible vehicle system design, The society of naval architects and marine engineer.
8. Jackson,H.A., (1980), Submarine Design Notes.
9. Bertram, V.,( 2000), Practical Ship Hydrodynamics, Elsevier Ltd., UK , pp. 369.
10. Rawson, K. J. and Tupper, E. C., (2001), Basic Ship Theory, Jordan Hill., Oxford, pp. 731.
11. Moonesun, M., Javadi, M., Charmdooz, P. and Korol, U.M., (2013),Evaluation of submarine model test in towing tank and comparison with CFD and experimental formulas for fully submerged resistance,Indian Journal of Geo-Marine Science, vol.42(8), p.1049-1056.
12. Moonesun, M., (2014),Introduction of Iranian Hydrodynamic Series of Submarines (IHSS),Journal of Taiwan Society of Naval Architects and Marine Engineers, Vol.33, No.3, p.155-162.
13. Rhee, K., Choi, J. and Lee, S., (2008), Mathematical model of wave forces for the depth control of a submerged body near the free surface, International offshore and polar engineering conference, Canada,
14. - Polish,C.,Ranmuthugala,D.,Duffy,J. andRenilson,M., ( 2011), Characterisation of near surface effects acting on an underwater vehicle within the vertical plane, Australian Maritime College,.
15. Neulist, D., (2011), Experimental Investigation into the Hydrodynamic Characteristics of a Submarine Operating Near the Free Surface, Australian Maritime College, Launceston.
16. Dawson,E.,Anderson,B.,Steel,S.V.,Renilson,M. andRanmuthugala,D., (2011), An experimental investigation into the effects of near surface operation on the wave making resistance of SSK type submarine, Australian Maritime College,.
17. Haffenden, S. W.,( 2009),An Investigation into the Wave Making Resistance of a Submarine Travelling Below the Free Surfac, Australian Maritime College, Launceston,.
18. Steel, S. V., (2010),Investigation into the Effect of Wave Making on a Submarine Approaching the Free Surface, Australian Maritime College, Launceston.
19. Moonesun,M. and Korol,Y.M., (2015), Minimum Immersion Depth for EliminatingFree Surface Effect on Submerged Submarine Resistance, Turkish Journal of Engineering, Science and Technology (TUJEST), vol.3, No.1, pp.36-46.
20. Moonesun, M., Korol, Y. and Dalayeli, H., (2015), CFD Analysis on the Bare Hull Form of Submarines for Minimizing the Resistance. 2 (3) :1-16 URL: http://www.ijmt.ir/browse.php?a_code=A-10-450-1&slc_lang=en&sid=1
21. Behzad,M.,Rad, M., Taghipour, R., Mousavi, S.M. andSadatHosseini, S.H., (2004), Parametric study of hull operability in waves for a tourist submarine, International Journal of Maritime Technology.
22. Hoerner, S.F., (1965),Fluid Dynamic Drag, USA.
23. Monesun, M., Korol, Y.M., Tahvildarzade,D. and Javadi,M. (2014), Practical scaling method for underwater hydrodynamic model test of submarine, Journal of the Korean Society of Marine Engineering, Vol. 38, No. 10 pp. 1217~1224 [Article]
24. Renilson, M., (2015), Submarine Hydrodynamics, Springer, pp.45-89.
Send email to the article author

Rights and permissions
Creative Commons License This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

Creative Commons License
International Journal of Maritime Technology is licensed under a

Creative Commons Attribution-NonCommercial 4.0 International License.