Ocean engineering

Burns, R.S. (1995) The Use of Artificial Networks for the Intelligent Optimal Control of Surface Ships, IEEE Journal of Oceanic Engineering, 20(1) Special Issue Advanced Control Signal Processing for Oceanic Applications, 20(1), pp. 66-72. 

Design Study. In The Ocean Engineering Elandhook, El-Hawary, F. (ed.), CRC Press, Boca Raton, Florida, pp. 252-259. 

Gjessing, D.T., Adaptive techniques for radar detection and identification of objects in an ocean environment , IEEE J. Ocean Engineering, Vol.6, No.l, pp 5-17, 1981. 

S.A. Black, Development of supercorroding alloys for use as timed releases for ocean engineering applications. Report US Navy Civil Engineering Laboratory, (1979), Civil Engineering Laboratory (Navy), Port Hueneme, CA, p. 40. 

A detailed knowledge of the predominant physicochemical/biochemical mechanism by which gas microbubbles are stabilized in aqueous media is of practical importance to numerous and varied fields acoustic and hydrodynamic cavitation, commercial oil recovery, hydraulic and ocean engineering, waste-water treatment, chemical oceanography, meteorology, marine biology, food technology, echocardiography, and the continual medical problem of decompression sickness. Many of these applications... 

Reprinted with permission from Guidelines for the Selection of Marine Materials," 2nd ed., June 1966, Ocean Science and Ocean Engineering Conference, LaQue Center for Corrosion Technology, Inc., Wrightsville Beach, NC.)... 

R. Bocatti, Wave Mechanics for Oceanic Engineering, Elsevier, Amsterdam, 1998. 

Morse, J.W., de Kanel, J., and Craig, H.L., Jr. A literature review of the saturation state of seawater with respect to calcium carbonate and its possible significance for scale formation on OTEC heat exchangers. Ocean Engineering (in press). 

Two areas of focus within oceanography today are physical and chemical oceanography. Physical oceanography is the study of ocean basin stractures, water and sediment transportation, and the interplay between ocean water, air and sediments and how this relationship effects processes such as tides, upwellings, temperature, and salinity. Findings aid oceanic engineers, coastal planners, and military defense strategists. Current areas of research include oceanic circulation—especially ocean... 

Coastal and Ocean Engineering, Nanjing, October llth-October 13th, 2004. 

Professor Emeritus of Aerospace and Ocean Engineering, Virginia Tech, Blacksburg, VA 24061. 

Xiaobing Lu, Li Wang, Shuyun Wang, et al. 2007. Experimental study of mechanical properties of THF hydrate-bearing sediment. Proceeding of the Thirteenth China Ocean Engineering, 681-684. 

An international journal devoted to the theory and practice of geotechnical ocean engineering and the geotechnical aspects of marine geosciences. Marine Geotechnology... 

Noorany, I. 1977. Engineering properties of submarine soils. Lecture Notes from Conference on Ocean Engineering-UCLA, July. Unpublished. 

Baldwin, K.C., Celikkol, B., and Silva, A.J. 1981. Marine sediment acoustic measurement system. Ocean Engineering, 8(5) 481 88. 

FIGURE 11 Artist s sketch of the OTC 50-MWe OTEC power plant at Kea-hole Point, Hawaii. [From Ocean Thermal Corporation (1984). Development of the Land-Based Containment System for the 40 Megawatt Ocean Thermal Corporation OTEC Plant. Makai Ocean Engineering, Inc., Honolulu, Hawaii.]... 

Kuang, C.P., Pan, Y. Zhang, Y. et al. 2010. Shoreline change modeling on emergency beach nourishment project on west beach of Beidaihe, China. China Ocean Engineering, 24(2) 277 289. 

Bretsehneider had been engaged from 1951 to 1956 with waves and wave forces on pilings, then until 1961 he was concerned as hydraulic engineer with beach erosion as a member of the US Army Corps of Engineers, and directed eastern operations of the National Science Corporation, Washington DC from 1961 to 1964. He was in 1967 appointed professor of physical oceanography and ocean engineering at University of Hawaii, Manoa HI. 

Bretsehneider, C.L., ed. (1969). Topics in ocean engineering. Gulf Houston. 

McEwen, R., Thomas, H., Weber, D., and Psota, E, 2005. Performance of an AUV Navigation System at Artie Latitudes. IEEE Journal of Oceanic Engineering, 30, 2, pp. 443 54. 

Gucma M. 2007 Navigational risk assessment in optimization of LNG terminal parameters. In C.G. Soares, P Kolev (eds). Maritime Industry. Ocean Engineering and Coastal Resources (vol. 2) Proc. intern, symp., IMAM 2007 Rotterdam Balkema. 

Maritime and Ocean Engineering Research Institute/KORDI, Republic of Korea... 

R Davies, Y. Reaud, L. Dussud, and P. Woerther. Mechanical behavior of HMPE and ara-mid fibre ropes for deep sea handling operations . Ocean Engineering 38, pp. 2208-2214. December 2011. 

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