This page contains a Flash digital edition of a book.
Trans RINA, Vol 157, Part C1, Intl J Marine Design, Jan - Dec 2015


10. MUK-PAVIC, E & VARGAS, H. 2010. “O&M Access Systems for 3rd generation wind farms”, The Royal Institute of Naval Architects


11. 12.


RADEMAKERS & BRAAM, “O&M Aspects of the 500MW Offshore Wind Farm at Nl7, Baseline Configuration”, ECN, July 2002, available from: http://www.ecn.nl/filea


BARD & THALEMANN, “Offshore Infrastructure: Port and Vessels”, Offshore Renewable, Energy Conversion platforms- Coordination Action (ORECCA), Work Package 4.1, Infrastructure &Innovations, 2011.


13. 14. 15. 16.


ANDREWS, D J & DICKS, C D (1997) “The Building Block Design Methodology Applied to Advanced Naval Ship Design”, Proceedings of IMDC 97, Newcastle, June 1997.


ANDREWS, D J & PAWLING, R, “The Application of Computer Aided Graphics to Preliminary Ship Design”, Proceedings of IMDC 2006, Ann Arbor, MN, May 2006.


BOLE, M. & FORREST, C., “Early Stage Integrated Parametric Ship Design”, Proceedings of 12th ICCAS 2005, Busan, Korea, August 2005.


PAWLING, R & ANDREWS, DJ, “The Ship Design Challenge of Naval Unmanned Aerial Vehicles”, International Conference Warship 2009: Air Power at Sea, RINA, London, June 2009.


17.


PAWLING, R & ANDREWS, DJ, “A Submarine Concept Design – The Submarine as an UXV Mothership”, International Conference Warship 2011: Naval Submarines and UUVs, RINA, Bath, June 2011.


18. 19.


PAWLING, R & ANDREWS, DJ, “Large Unmanned Vehicles and the Minor War Vessel”, International Conference Warship 2013: Minor Warships, RINA, Bath, June 2013.


ANDREWS, D. J. BURGER, D. & ZHANG, J. “Design for Production Using the Design Building Block Approach.” RINA International Journal of Maritime Engineering, Trans RINA, Vol. 147, 2005.


20. 21. 22.


DUBROVSKY, V A & LYAKHOVITSKY, A G, “Multi-Hull Ships”, Backbone Publishing, Fair Lawn, NJ, 2003.


BURLEY, M R, MORLEY, J I & SMITH, T P, “Ship Design Exercise 2004 Group 3 – TriSWACH OPV”, MSc Ship Design Exercise, UCL.


ANDREWS DJ, BUCKNALL, R, PAWLING, R, GREIG, A & MCDONALD, T, “The Impact of Integrated Electric Weapons on Future Warship Design Using Conventional and Unconventional Hullforms”, Engine as a Weapon (EAAW) 2011, IMarEST, London.


23.


http://www.austal.com/en/products-and- services/commercial-products/wind-farm-and- offshore-vessels/wind-express-tri-swath-27-


cable-bay.aspx?source=category Accessed 2013-12-16


24. 25.


26. 27. 28.


Houlder Turbine Access System brochure, http://www.houlderltd.com


DICKS, C A, (1999), "Preliminary Design of Conventional and Unconventional Surface Ships Using a Building Block Approach", Ph.D. Thesis, London: University of London.


BURGER, D & HORNER, D, “Design Space Exploration in the Context of Naval Auxiliary Ships”, EnginSoft International Conference 2009, October 2, 2009.


BURGER, D & HORNER, D, “The Use of Paramarine and modeFRONTIER for Ship Design Space Exploration”, COMPIT 2011, Berlin, Germany.


COOPER, S L, BURGER, D P G & MCDONALD, T P, “Concepts for a Fleet Tanker: An Exploration into Options and Pricing”, RINA Support Ships Conference, London, 2007.


© 2015: The Royal Institution of Naval Architects


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