Abstract
Monitoring systems are already in use in a number of industries. Such industries are usually capital-intensive and considerable financial penalties may arise from undetected malfunctions or may involve exceptional hazards such that, for reasons of safety, high levels of operational reliability are of equal or superior importance to considerations of financial obligations.
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References
Hopkins, R.C. and Chaveret, L., (1971), ‘Analysis of results obtained with the Dolabella computer’, Association Technique Maritime et Aeronautique.
— (1969), ‘Computerised navigation in one of a series of refrigerated cargo liners from Dunkirk’, Shipbuilding and Shipping Record, 113,7 March 319.
— (1967), ‘Polar Ecuador — lead ship of six refrigerated cargo vessels from Hamburg’, Shipbuilding & Shipping Record, 111,7 December 805.
Sitzia, J. and Sartirana, A. (1973), ‘Computerised automation of the containership *MODIANA*’, Ship Operation Automation, IFAC, IFIP Symposium, Oslo, July.
— (1970), ‘*SEIKI MARU*: extensively automated and Computer controlled tanker’, Shipping World and Shipbuilder, November.
Kobayashi, O. (1972), ‘Outline of development of advanced integrated control system for ships’, Sempaku (Shipping) 4/5, May.
Ooe, Y. and Ozawa, N. (1972), ‘Fully automated ship:*KINKO MARU*’, Nippon Kokan Technical Report — Overseas, June.
Saito, H. and Okano, S. (1973), ‘Computerised super-automation system of the *TOTTORI MARU*’ Ship Operation Automation, IFAC, IFIP Symposium, Oslo, July.
Tamura, I. (1973), ‘Some experiences in cargo oil and water ballast handling by shipboard computer’, Ship Operation Automation, IFAC, IFIP Symposium, Oslo, July.
— (1972), ‘Another super-automated 0/0 carrier delivered’, Zosen, November.
— (1972), ‘Computer system in the Queen Elizabeth II’, B.S.R.A. Research Report NS 322.
Balme, K.P. (1969), ‘Running a ship by computer’, Marine Engineer & Naval Architect, January.
Hatfield, M. (1974), ‘User experience of a computer based watchkeeping and control system’, Institute of Marine Engineers/Nautical Institute, Joint Automation Conference.
Barna, J.D. (1971),’ study to improve maritime transport through aerospace electronics’, Applied Information Industries report for U.S.Maritime Office of Research & Development, June.
— (1974), ‘SCAN in-water hull inspection robot scanner’, Marine Week, 1, No.25, 29.
— (1975), ‘Hull stress monitor for VLCCs’, Marine Engineering Review, June, 66.
Monceaux, F. (1974), ‘Computer use for monitoring and maintenance improvements of ship propulsive plants’, Bulletin Technique du Bureau Veritas, June 42–48.
Pauer, W. (1974), ‘Engine cardiogram; M.A.N. engine diagnosis for marine diesels’, Ship Repair & Maintenance International, September 43–48.
Langballe, M. (1972), ‘The computer system for engine monitoring and control aboard *HOEGH MULTINA*’, Shipping World & Shipbuilder, April 486–488.
Sandtor, H. (1973), ‘Datatrend; a computerised system for engine condition monitoring and predictive maintenance of large bore diesel engines’, Ship Operation Automation, IFAC, IFIP Symposium, Oslo, July.
Bakke, T. (1975), ‘Diesel engine design with a view to reduced maintenance costs’, Trans. l Mar. E, 87.
Anderson, N.D. (1974), ‘Condition monitoring for main propulsion machinery’, Marine Engineering Review, October.
Corben, F. (1972), ‘Detection of a defective bearing using the vibration monitoring system’, Report LC/501/3909/1a, Electrical Laboratory, Admiralty Engineering Laboratories, West Drayton, Middleses.
Glew, C.A.W. (1974), ‘The effectiveness of vibration analysis as a maintenance tool’, Trans. I. Mar. E. 86, 29–50.
Waggoner, C.A. and Dominique, H.P. (1968), ‘Progress report on the RCN(WC) spectrometric oil analysis program’, Materials Report 68-A, Defence Research Establishment Pacific, Victoria B.C. Canada, January.
— (1974), ‘Trouble-shooting marine control systems’, Marine Engineer Review, November.
Davies, A.E. and Newman, H.L. ‘Diagnostics and engine condition monitoring — the relative role of engine monitoring programmes during development and service phases’, AGARD, 43rd P.E.P. meeting.
Feltham, R.G. (1970), ‘The role of flight recording in aircraft accident investigation and accident prevention’, J. R. Aero. Soc, 74, No.7 573–576.
Kruckenberg, H.D. (1972), ‘Design and testing of the American Airlines prototype B-747 AID system’, J. Aircraft (U.S.A.), 9, No.4 April.
Pauliny, S. (1970), ‘American Airline maintenance recorder experience’, Paper 700317, National Air Transportation Meeting, SAE, April.
Horne, E.W., Price, L.R. and Edwards, M.S. (1970), ‘Programmed engine maintenance — CSA malfunction detection analysis and recording system (MADRAS)’, SAE Paper 700820, October.
Weeks, R.I. and Hodges, N.W. (1969–70), ‘Component failure in generating plant’, Conf. Safety and Failure of Components, Proc. I. Mech. E., 84, 3B.
Collacott, R.A. (1975), ‘Diagnostic plug-ins’, Motor Management, 10, No.5, September.
Stewart, R.M. and Hensley, G. (1971), ‘High integrity protective systems on hazardous chemical plants’, Report SRS/COLL/303/2 UKAEA, Systems Reliability Service, Culcheth, Warrington, Lancs. May.
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Collacott, R.A. (1977). Monitoring systems in operation. In: Mechanical Fault Diagnosis and condition monitoring. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-5723-7_12
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DOI: https://doi.org/10.1007/978-94-009-5723-7_12
Publisher Name: Springer, Dordrecht
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