Juan Matias Acevedo
2000
Inspection of pipelines based on reliability is addressed. After some introductory information an outline is given of the objectives of in-service inspections. Next pipeline inspection by smart pigs is looked at briefly followed by remaining strength of pipelines based on data collected by smart pigs probabilistic characterization of corrosion data time dependant corrosion damage model and time dependant reliabilty models for pipelines.
Juan Matias Acevedo
2000
Sommerfeldt
233d
This paper describes the NEBB instrumentation system on board large LNG carriers. As a test case, NEBB installed on Norman Lady their standard Modularm II, modified to meet all regulations and requirements and with specifically designed measuring circuits.
Sommerfeldt
BBC Brown Boveri
233d
1981
R E D Bishop ; W G Price ; P Temarel
1989
Using only simple methods and an admittedly rudimentary mathematical model a number of features of ship stability directional instability oscillatory instability and safety are examined. Attention is focused on the effects of trim speed and metacentric height on the safety of the ship.
R E D Bishop ; W G Price ; P Temarel
1989
H Engja
2000
It is proposed that marine engineering teaching should focus on the modelling and computer simulation of systems so that future marine engineers are able to meet the quantitative system analysis requirements placed on them at the design stage.
H Engja
2000
RoRo
215f
RoRo
BML
215f
1978
RoRo
215f
RoRo
BML
215f
1978
RoRo
215f
RoRo
BML
215f
1984
Port of London Authority
233a
This booklet outlines the proposal for seaport development on Maplin Sands, with a description of the seaport and sections on its placement in reclaimed land, landward access, potential users, costs and economic appreciation. Appendices cover employment and hydraulic studies. Plans are included.
Port of London Authority
Port of London Authority
233a
1974
Robert White Stevens
230d
A book giving descriptive entries on an eclectic array of items relating to cargo and stowage, including entries on ballast, grain and corn, stowage of different cargoes, bills of lading, stowing at various ports, tonnage, 'oiling the sea', quarantine, foreign wine measures, and granite.
Robert White Stevens
Longmans, Green, Reader & Dyer
Catalogue number721
230d
1878
G E Gadd
1971
A mathematical method for calculating turbulent boundary layer develop- ment on ship hulls is based on convergence and divergence of external flows. It is applied to a two-dimensional test case a mathematical hull form and the forms of a high-speed liner a containership and a tanker.
G E Gadd
1971
Kazuyuki Kato ; Yasumi Toyama ; Yutaka Yamauchi et al.
2001
Japan Ocean Industries Association (hereafter JOIA) has been organizing the research project "Study on Ice Load Acting on Marine Structures" since the fiscal year of 1993. In this paper the studies evaluating effects of ice cover on an earthquake load which are part of the studies during FY1999 carried out by the project are briefly described. Also some results from the studies on "an earthquake under a stable ice cover condition" and the magnification of earthquake load under such condition are introduced. In addition study on the magnification of earthquake under a drifting ice cover condition is reported.
Kazuyuki Kato ; Yasumi Toyama ; Yutaka Yamauchi et al.
2001
IMO ; HMMM
223a
Int Symp held in Piraeus Greece on 9-11 May 1990 Papers are The human element in fire safety of ships Fire in ships Fire-the most feared word aboard ship NFPA marine fire protection Strategies for firefighting and design for computer models Explosion hazards due to fire on ships IMO and fire protection of ships Application in practice of the present SOLAS - requirements of structural fire protection Negative ship stability effects of flooded compartments due to fire fighting Machinery installations extinguishing media on fires Fire in the scavenging manifold of the marine main diesel engines Fire protection of car ferries-practical assessment of safety systems on ships Fire safety in ships accommodations Fire protection of ports Fire and the electrical installation Electrical cables aboard ship-a fire hazard Prevention of fire spreading in marine HVAC-plants of passenger ships Fire insulation on board ships The use and advantages of ceramic fibre systems for passive fire protection of marine shipping Construction fire protection doors Professional fire rescue and safety services from Unitor
IMO ; HMMM
Hellenic Institute of Marine Technology
223a
1989
Naoyuki Ohno ; Haruo Miyano ; Keishi Kuwada et al.
2004
Of the lubrication oils used on board cylinder oil for a low-speed two-cycle diesel engine must endure the most severe conditions. Since cylinder oil is commonly used for the propulsion engine quality and performance of the cylinder oil have a great and direct effect on the safe operation of a vessel. Meanwhile ship owners are interested in reducing the consumption of cylinder oil. Laboratory tests on nine brands of cylinder oil from different companies which are currently used on vessels were carried out to evaluate the performance of the oils. Tests and analysis on heat-resistant characteristics such as oxidisation stability tests panel-cooking tests evaporation tests and TG-DSC (thermogravimetric -differential scanning calorimeter) analysis were carried out in addition to general analysis (of density kinematic
Naoyuki Ohno ; Haruo Miyano ; Keishi Kuwada et al.
2004
MAIB
Department of Transport (DOT)
On 7 December 1994 the passenger vessel Canberra with 1495 passengers and 931 crew on board suffered a loss of propulsive and main electrical power seven miles south east of the Isle of Wight UK. The loss of steam pressure was due to a failure in the fuel oil supply which was due to inadequate procedures and supervision. The investigation found some weaknesses within the bridge watchkeeping team during the period prior to anchoring the vessel.
MAIB
1996
Department of Transport (DOT)
T Haraguchi ; S Ishida ; S Murashige
Elsevier
Since the Estonia accident studies have been carried out on the stability of damaged ro-ro passenger ships in waves. Since the phenomena are complicated and affected by many factors studies need to be carried out in various conditions. Here experiments are carried out in beam waves and concentrate particularly on Japanese ships and Japanese waters. Discussions are mainly focused on the relation between the height of water on deck and the critical significant wave height for capsize and on the effect of the peak period of wave spectrum.
T Haraguchi ; S Ishida ; S Murashige
2000
Elsevier
Hans R Thierstein ; Mara Y Cortes ; Ali T Haidar
2004
The subject of global change on long and short time-scales has enjoyed high priority in international research agendas since around 1986. Efforts were subsequently extended and politically enhanced at the Earth Summit in 1992 by the proposed UN conventions on climate change and biodiversity. Both of these issues are influenced by processes acting on very short and on very long time-scales. The marine plankton record is used as an example of the progress made and the problems encountered in trying to bridge this gap. Evidence mainly from coccolithophores is discussed but the other three of the four major skeletonised marine plankton groups is discussed. Because these plankton groups occur in all major ocean basins they are prime examples for the development and testing of models of the interactions between the biosphere (organismic world) and the geosphere (inanimate or abiotic world) on short to very long time-scales.
Hans R Thierstein ; Mara Y Cortes ; Ali T Haidar
2004
Sakir Bal
2001
The iterative method which is originally developed for the three-dimensional cavitating hydrofoils moving with constant speed under a free surface is extended to include the second-order free surface effect into the calculations. The iterative nonlinear method is based on Green's theorem and allows separation of the cavitating hydrofoil problem and the free surface problem. These two problems are solved separately with the effects of one on the other being accounted for in an iterative manner. The cavitating hydrofoil surface and the free surface are modeled with constant strength dipole and constant strength source panels. The second-order free surface effect is included into the calculations by the technique of small perturbation expansion both for the potential and for the wave elevation on the free surface. The source strengths on the free surface are expressed in terms of perturbation potential by applying first order (linearized) and second-order free surface conditions. No radiation condition is enforced for downstream and transverse boundaries. Second-order free surface effect on cavitation characteristics and wave elevations is discussed.
Sakir Bal
2001
U S Army Corps of Engineers
226d
These reports are part of the Port Series which cover the principal United States coastal, Great Lakes, and inland ports. In the library, we have the following editions: 1. Port Series no. 62, Revised 1991: The Port of Cincinnati, Ohio and Ports of Ohio River, Miles 317-560 2. Port Series no. 61, Revised 1992: The Port of Huntington, WV and Ports on Ohio River Miles 40 to 317 and Kanawha River, WV 3. Port Series no. 60, Revised 1992: The Port of Pittsburgh, PA, Ports on the Ohio, Monongahela, and Allegheny Rivers, PA 4. Port Series no. 70, Revised 1992: The Port of St. Louis, Missouri and Ports on Upper Mississippi River miles 0 to 300 AOR 5. Port Series no. 71, Revised 1993: Ports of Memphis, TN; Helena, AR; and Ports on lower Mississippi River (miles 620 to 954 AHP) 6. Port Series no. 4, Revised 1994: Ports of Southern New England – Bridgeport, New Haven, Connecticut River, New London, Providence, Fall River, New Bedford, Fairhaven 7. Port Series no. 69, Revised 1994: Port of Minneapolis – St. Paul, MN and ports on upper Mississippi river (Miles 300 TO 860 OAR) 8. Port Series no. 39, New Edition 1994: The Ports of Southwest and western Alaska 9. Port Series no. 48, Revised 1995: The Port of Milwaukee, Wisconsin and ports on Lake Michigan 10. Port Series no. 46, Revised 1995: The Port of Chicago, Illinois 11. Port Series no. 45, Revised 1996: The Ports of Detroit and Monroe, and Ports on The Saginaw River, Michigan 12. Port Series no. 37, Revised 1998: The Ports of Port Angeles, Port Townsend, Anacortes, Everett, and Bellingham, WA 13. Port Series no. 50, Revised 1999: Ports of Hawaii: Honolulu, Barbers Point, Port Allen, Nawiliwili, Kaunakakai, Kaumalapau, Manele-Bay, Lahaina, Kahului, Kawaihae, Kona, Hilo 14. Port Series no. 5, Revised 1999: The Port of New York, NY and NJ and ports on Long Island, NY 15. Port Series no. 49, Revised 2000: The Ports of Duluth, MN, and superior, WI, Taconite Harbour, Silver Bay, and Two harbors, MN, and Ashland, WI 16. Port Series no. 43, Revised 2000: Port of Cleveland, Ohio 17. Port Series no. 1, Revised 2001: Ports of Portland, Maine and Portsmouth, New Hampshire and Ports on the Kennebec and Penobscot Rivers, Maine 18. Port Series no. 33, Revised 2001: Ports on the Oregon coast 19. Port Series no. 42, Revised 2001: United States Ports on Lake Erie – Erie, PA and Conneaut, Ashtabula, Fairport Harbor, Lorain, Huron, and Sandusky, Ohio 20. Port Series no. 41, Revised 2001: Ports of Buffalo, Rochester, Oswego, and Ogdensburg, New York 21. Port Series no. 36, Revised 2002: Port of Seattle, Washington 22. Port Series no. 44, Revised 2000: Port of Toledo, Ohio 23. Port Series no. 68, Revised 2002: Ports on the Arkansas, Red, and Ouachita River Systems and Missouri River 24. Port Series no. 35, Revised 2003: Ports of Tacoma, Olympia, and Grays Harbor, Washington 25. Port Series no. 38, Revised 2003: Ports of Southeast Alaska: Metlakatla, Ketchikan, Hollis, Thorne Bay, Hydaburg, Craig, Klawock, Wrangell, Petersburg, Kake, Juneau, Angoon, Haines, Skagway, Sitka, Pelican, Gustavus, Hoonah, Yakutat
U S Army Corps of Engineers
U S Army Corps of Engineers
226d
K Herfjord ; S O Drange ; T Kvamsdal
1998
A methodology for computing vortex-induced vibrations (VIV) on risers is presented. It is based on computation of the flow by a CFD program structural dynamics by a non-linear structural (CSD) code and a coupling between them. The CFD computations are performed in 2D at a number of sections along the riser. The load is imposed on the riser in a strip theory manner. The coupling between the CFD planes takes place through the response of the riser. The local deformation of the riser is taken into account by the CFD program thus completing a fluid-structure interaction loop each time step. The methodology is validated by comparing results from simulations with results from model tests.
K Herfjord ; S O Drange ; T Kvamsdal
1998
C Skandrani ; P Daniel
2001
MOTHY (a numerical marine oil pollution transport model) is investigated. The impact of wind interpolation on the drift of pollutants is studied. Wind is interpolated from the atmospheric model grid to the ocean model grid. A comparison of two interpolation methods is investigated on both theoretical and numerical cases of pollution drift. One method is an interpolation on wind components the other is an interpolation on wind intensity and direction. It is concluded that MOTHY is well adapted and able to predict real drift of slick. However in studying its accuracy in relation to atmospheric forcing it is shown that the choice of wind interpolation type could affect the drift. Bilinear interpolation on wind density and direction is shown to be better than interpolation on wind components.
C Skandrani ; P Daniel
2001