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Citation:
 Qiang Chen and Jianbo Liu.Analysis of Shape and General Arrangement for a UUV[J].Journal of Marine Science and Application,2011,(1):121-126.
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Analysis of Shape and General Arrangement for a UUV

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Title:
Analysis of Shape and General Arrangement for a UUV
Author(s):
Qiang Chen and Jianbo Liu
Affilations:
Author(s):
Qiang Chen and Jianbo Liu
1. Unit 92537 of PLA, Beijing 100161, China 2. Naval Equipment Department, Beijing 100161, China
Keywords:
UUV shape collective layout
分类号:
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DOI:
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Abstract:
The construction and shape of UUVs are described in the paper. UUV design is the shape of the overall design of unmanned underwater vehicle should first be resolved UUV underwater vehicle directly affects the shape of the resistance and noise, which is related to energy, payload, maneuverability and concealment UUV problem The main characteristic and parameter tables for foreign torpedo shape, flat shape and anomalous shape are also given in the paper. The general layout of typical foreign UUVs is analyzed in detail. And the total layout figure and interior constructive figure are introduced. Torpedo-type because of its good water power and low noise, no one has been the main form of underwater vehicle-like, and many designers are now highly favored because of its stable performance, anti-environmental interference capability. Other irregular shapes designed primarily for the completion of a specific task, according to the specific environment and mission requirements. According to comparing and summarizing, some suggestions and conclusions are presented.

References:

Alleman P, Kleiner A, Steed C, Hook D (2009). Development of a new unmanned semi-submersible (USS) vehicle. OCEANS, MTS/IEEE-Marine Technology for Our Future: Global and Local Challenges, Bilox, USA, 1-6.
 Bai Ying (2007). Shape design and optimization of autonomous underwater vehicle with the capability of landing on the seafloor. M.S. thesis, Tianjin University, Tianjin, 9-38.
 Barnett D, McClaran S, Nelson E, McDermott M, Williams G (1996). Architecture of the Texas A&M autonomous underwater vehicle controller autonomous underwater vehicle. Proceedings of the 1996 Symposium, Monterey, CA 231- 237.
Butler B, den Hertog V (1993). Theseus: a cable-laying AUV. OCEANS ’93. Engineering in Harmony with Ocean, Victoria, 1210-1213.
Correia L, Steiger-Garcao A (1991a). An AUV architecture and world model. 91 ICAR, Fifth International Conference on Advanced Robotics, Pisa, 1315-1320.
Correia L, Steiger-Garcao A (1991b). A reactive architecture and a world model for an autonomous underwater vehicle. Intelligent Robots and Systems’91. Intelligence for Mechanical Systems, Osaka, 1472-1476.
Creuze V, Parodi O, Xiang Xianbo (2009). Simulation and experimental results of Taipan 300, a new autonomous underwater vehicle prototype. OCEANS 2009-EUROPE, Bremen, 1-6.
 David B, Tony D, Andrew H, Roger L (2002). The application of autonomous underwater vehicle (AUV) technology in the oil industry–vision and experiences. FIG XXII International Congress, Washington DC, USA, 19-26.
Du Xiangdang, Shi Xiuhua (2005). Optimal design of cylindrical shell of underwater unmanned vehicle (UUV). Mechanical Science and Technology, 24(8), 988-990.
Dzielski E, Tangirala C, Moyer WW, Bradley DL (2002). NAVOCEANO Seahorse AUV design, testing, and capabilities. OCEANS ’02 MTS/IEEE, Tokyo, 151-155.
Edward RL, Donald NC, Richard RS, Robert CH (1997). Autonomous underwater vehicle–based hydrographic sampling. Journal of Atmospheric and Oceanic Technology, 14(6), 1444-1454.
 Gornak VE, Inzartsev AV, Lvov OY, Matvienko YV, Scherbatyuk AP (2006). MMT 3000-small AUV of new series of IMTP FEB RAS. IEEE OCEANS 2006, Boston, 1-6.
Hagen PE, Størkersen N, Vestgård K, Kartvedt P (2003). The Hugin 1000 autonomous underwater vehicle for military applications. Oceans 2003 MTS/IEEE, San Diego, USA, 22-26.
Hagen PE, Størkersen N, Vestgård K, Kartvedt P, Sten G (2003). Operational military use of the Hugin AUV in Norway. Proc. UDT Europe 2003, Malmö, Sweden, 123-130.
Hasvold ?, Johansen KH, Vestgård K (2002). The Alkaline aluminum hydrogen peroxide semi-fuel cell for the Hugin 3000 autonomous underwater vehicle. Proc. AUV, San Antonio, 1160-1165.
Henriksen L, Bjerrum A, Ishoy A (1995). Sea trials of MARTIN–a European survey AUV. OCEANS ’95. MTS/IEEE. Challenges of Our Changing Global Environment, San Diego, 1439-1445.
Hwang YL (2003). Hydrodynamic modeling of LMRS unmanned underwater vehicle and tow tank test validation. OCEANS 2003 Proceedings, 3, 1425-1430.
Inoue T, Suzuki H, Kitamoto R, Watanabe Y, Yoshida H (2010). Hull form design of underwater vehicle applying CFD (computational fluid dynamics). OCEANS 2010 IEEE, Sydney, 1-5.
Kalantar S, Zimmer UR (2004). Contour shaped formation control for autonomous underwater vehicles using canonical shape descriptors and deformable models. OCEANS 04. MTTS/IEEE TECHNO-OCEAN, Kobe, 296-301.
Kuan M, Liddy T, Anvar A, Lu Tienfu (2008). The advancement of an autonomous underwater vehicle (AUV). Technology Industrial Electronics and Applications 2008. ICIEA2008. 3rd IEEE Conference, Singapore, 336-341.
Louis GC (2006). Unmanned underwater vehicles. 7th Annual SECA Workshop and Peer Review, 102-110.
Moody R (2001). The design, construction, and testing of a flexible fin propelled autonomous underwater vehicle. OCEANS 2001 MTS/IEEE Conference and Exhibition, Honolulu, 2703-2707.
Oh YS, Lee CW, Woo JS (2000). The development of a reliable deep sea acoustic release system. Proceedings of the 2000 International Symposium on Underwater Technology, Tokyo, 385-390.
Rothwell TL, O’Sullivan DP (1978). Remus pre-production series. UTOTESTCON’78. International Automatic Testing Conference, Providence, 105-111.
Sakamaki A, Koyama U, Obara N (2004). Introduction to an AUV "r2D4" and its Kuroshima Knoll survey mission. OCEANS 04. MTTS/IEEE TECHNO-OCEAN, Kobe, Japan, 840-845.
Sedor G (2003). A conceptual framework for an AUV propulsion plant manager Unmanned untethered submersible Technology. Proceedings of the 5th International Symposium, Durham, 515-538.
Song Baowei, Zhu Qifeng, Wang Peng (2010). Optimization design for unmanned underwater vehicle (UUV) shell based on combinatorial optimization methods. Journal of Mechanical Science and Technology for Aerospace Engineering, 29(5), 561-565.
Stevenson P, Furlong M, Dormer D (2007). AUV shapes-combining the practical and hydrodynamic considerations. OCEANS 2007–Europe, Aberdeen, 1-6.
Tamura K, Aoki T, Nakamura T, Tsukioka S, Murashima T, Ochi H, Nakajoh H, Ida TH (2000). The development of the AUV-Urashima. OCEANS 2000 MTS/IEEE Conference and Exhibition, Providence, 139-146.
Thorleifson JM, Davies TC, Black MR, Hopkin DA, Verrall RI, Pope A, Monteith I, Den HV, Butler B (1997). The Theseus autonomous underwater vehicle–A Canadian success story. OCEANS ’97. MTS/IEEE Conference, Halifax, 1001-1006.
Thys TM, Hobson BW, Dewar H (2001). Marine animals: the next generation of autonomous underwater vehicle. OCEANS, Honolulu, 1602-1610.
Von Alt C, Allen B, Austin T, Forrester N, Goldsborough R, Purcell M, Stokey R (2001). Hunting for mines with REMUS: a high performance, affordable, free swimming underwater robot. OCEANS, 2001. MTS/IEEE Conference and Exhibition, Honolulu, 117-122.
Wang Peng, Song Baowei, Wang Yonghu, Zhang Lichuan (2007). Application of concurrent subspace design to shape design of autonomous underwater vehicle software engineering. Artificial Intelligence, Networking, and Parallel/Distributed Computing, SNPD 2007, Qingdao, 1068-1071.
 Wang Qi (2003). Main shape synthesis optimization design of unmanned underwater warfare platform based on low resistance and low noise. M.S. thesis, Northwest Polytechnical University, Xi’an, 30-50.
Wang Yonghu, Shi Xiuhua, Wang Peng (2008). Dynamical response analysis of incautious water entry of UUV based on exact body shape approach. WCICA 2008 7th World Congress on Control and Automation, Chongqing, 4876-4880.
 Wernli RL (1997). Trends in UUV development within the US Navy. OCEANS ’97. MTS/IEEE Conference Proceedings, Halifax, 841-848.
Willcox JS, Bellingham JG, Zhang Yanwu, Baggeroer AB (2001). Performance metrics for oceanographic surveys with autonomous underwater vehicles. Journal of Oceanic Engineering, (4), 711-725.
Yuh J, Choi SK, Ikehara C, Kim G.H, McMurty G., Ghasemi-Nejhad M, Sarkar N, Sugihara K (1998). Design of a semi-autonomous underwater vehicle for intervention missions (SAUVIM) Underwater Technology. Proceedings of the 1998 International Symposium, Tokyo, 63-68.

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Last Update: 2011-05-04