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Nondestructive Evaluation in Ocean Engineering [PDF]

OCEANS 81, 1981
Nondestructive testing and evaluation are widely applicable to a range of ocean engineering materials. Techniques of ultrasonic monitoring can be used to detect impending failure of fabricated metallic structures, verify the integrity of structural elements, and monitor the evolution of the ultimate strength of concrete castings and substructures.
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Open ocean aquaculture engineering

Oceans '02 MTS/IEEE, 2003
The University of New Hampshire, Center for Ocean Engineering (UNH/COE) Open Ocean Aquaculture (OOA) engineering efforts continue to be focused on developing engineering design and analysis tools for assessing, evaluating and optimizing engineering systems required for successful open ocean aquaculture.
M.R. Swift, Igor Tsukrov, J.D. Irish, D. Fredriksson, B. Celikkol, K.C. Baldwin, Michael D. Chambers   +6 more
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Coupling effect of biocementation-fiber reinforcement on mechanical behavior of calcareous sand for ocean engineering

Bulletin of Engineering Geology and the Environment, 2022
C. Tang, Hao Li, X. Pan, Li-yang Yin, Liang Cheng, Q. Cheng, Bo Liu, Bin Shi   +7 more
semanticscholar   +1 more source

Advances In Coastal And Ocean Engineering

, 2016
We present here because it will be so easy for you to access the internet service. As in this new era, much technology is sophistically offered by connecting to the internet.
Nicole Fassbinder
semanticscholar   +1 more source

Coastal and Ocean Engineering Practice

2011
Impact of the Delta Works on the Recent Development in Coastal Engineering (K Pilarczyk) Coastal Structures in International Prospective (K Pilarczyk) Coastal Structures - Action from Waves and Ice (A Torum) Kaumalapa'u Harbor: Design and Construction Challenges of an Exposed Deepwater Breakwater (S Sullivan) Waterfront Development in Harmony with ...
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Ocean Engineering in the U. S. Navy

IEEE Transactions on Aerospace and Electronic Systems, 1966
This paper is the complete text of an address given at the IEEE meeting in New York on March 23, 1966, in ?Undersea Technology Session,? covering the U. S. Navy's furtherance of the development of Ocean Engineering and some plans for the future. The items covered include the deep submergence systems project, SEALAB III, salvage work packages circa 1967,
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MECHANICAL SYSTEMS FOR OCEAN ENGINEERING

Naval Engineers Journal, 1970
ABSTRACTThis paper will discuss mechanical handling systems associated with ocean engineering operations and limitations of present handling system in salvage and rescue operations including problem areas in handling of submersible vehicles and other large objects at sea.
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Ocean Engineering Education in the ‘90s

Marine Technology and SNAME News, 1993
Engineering education at the bachelor's-and master's-degree levels is intended primarily to provide young people with the basic preparation for lifelong careers in the practice of engineering. Thus, in developing such programs, one must anticipate the demands that will be made of engineers over a period of several decades.
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The Challenges of Ocean Engineering of the Future

Marine Technology and SNAME News, 1968
The paper discusses steps necessary to identify and develop future ocean engineering. It points out the need to establish broad objectives for advances of ocean-engineering capabilities on the basis not only of present technology but especially of projected technology.
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Engineering the Ocean

Bulletin of the American Academy of Arts and Sciences, 2002
Karl S. Pister, Marcia K. McNutt
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