Trans RINA, Vol 156, Part C1, Intl J Marine Design, Jan -Dec2014
6. ULSTEIN, T., and BRETT P., ‘Critical systems thinking
in ship design approaches’,
International Maritime Design Conference, Glasgow, 2012.
8.
7. PAPANIKOLAOU, A., et al., ‘State of the art report on design for X’, IMDC, International Maritime Design Conference, Trondheim, 2009. ANDREWS,
D., ‘Marine requirements
elucidation and the nature of preliminary ship design’, Transactions of the Royal Institution of Naval Architects Part A: International Journal of Maritime Engineering, 153 (Part A1), 2011
9. BRETT, P., ‘Interview on DNV GL Maritime Advisory role in ship design and operation’, E. Gernez, et al., DNV GL, 2014. T.W.,
10. DENUCCI, ‘Capturing Design:
Improving Conceptual Ship Design through the Capture of Design Rationale’, VSSD, 2012.
11. VAN BRUINESSEN, T., HOPMAN, H., and SMULDERS, F., ‘Towards a Different View on Ship Design: The Development of Ships Observed Through a Social-Technological Perspective’, ASME 32nd International Conference on Ocean, Offshore and Arctic Engineering, American Society of Mechanical Engineers, 2013.
12. 13. 14.
EVANS, J.H., ‘Basic design concepts’, Journal of the American Society for Naval Engineers, 71(4): 671-678, 1959.
LEVANDER, K. ‘Innovative Ship Design’, Proceedings of
Design Conference, Athens, Greece, 2003. PAPANIKOLAOU,
the 8th International Marine A., ‘Holistic ship design
optimization’, Computer-Aided Design, 42 (11): 1028-1044, 2010.
15. BERTRAM, V. and H. SCHNEEKLUTH, ‘Ship design for efficiency and economy’, Butterworth-Heinemann, 1998.
16. LAMB, T., ‘Ship design and construction’, Society
of Naval Engineers, 2004. 18. 19. 17. DNVGL, ‘DNV GL reduces
variations in ship construction’, press release, 2014.
NOWACKI, H., ‘Five decades of computer- aided ship design’, Computer-Aided Design, 42(11): 956-969, 2010. ANDREWS,
Concept Design – And What it Means for the Future Development
20. JOHN,
Volker Bertram: Cortona, Italy, 2013. D.,
D., ‘The True Nature of Ship of CASD’, COMPIT,
‘Special CAD/CAM’, Naval
Architect Magazine, Royal Institution of Naval Architects, January 2014 issue.
21. DUCHATEAU, E.A., VAN OERS, B.J., and. HOPMAN, J., ‘Interactive Steering of a Ship Synthesis Model
for Early Requirements
Elucidation’, International Conference on Computer Applications in Shipbuilding (ICCAS
Architects and Marine the impact
of 22.
2013), Busan, Korea, Royal Institute of Naval Architects, 2013.
EKNES, A., ‘Interview on DNV GL Maritime Advisory role in ship design and operation’, E. Gernez, et al., DNV GL, 2014.
23. PAWLING, R., et al., ‘An Integrated Approach to Style Definition in Early Stage Design’, COMPIT, Volker Bertram: Cortona, Italy, 2013.
24. SEMINI, M., et al., ‘Assessing ship design and construction strategies from the perspective of the customer order decoupling point’, Department
of Production and Quality
Engineering, Norwegian University of Science and Technology, Trondheim, Norway, 2013.
25. HWANG, H.-J., HAN, S., and KIM, Y.-D., ‘Mapping 2D midship drawings into a 3D ship hull model based on STEP AP218’, Computer- Aided Design, 36(6):537-547, 2004.
26. MORAIS, D., WALDIE, M., and LARKINS, D., ‘Driving
Technology in Shipbuilding’, COMPIT, Volker Bertram: Hamburg, Germany, 2011.
27. THOMSON, D., and. RENARD, P., ‘The Digital Handover – Shipyards as Producers of Life-Cycle Maintenance Models ’, COMPIT, Volker Bertram: Cortona, Italy, 2013.
28. FOERSTER, T., et al. ‘Integrating ogc web processing services into geospatial mass-market applications’,
Advanced Geographic
Information Systems & Web Services, IEEE, 2009.
29. NORDBY, K. and KOMANDUR, S.,
‘Evolution of a Laboratory for Design of Advanced Ship Bridges’, HCI International 2014-Posters’, Extended Abstracts, Springer, 2014.
30. LURÅS, S., and NORDBY, K., ‘Field studies in ships
bridge development’, International
Conference on Human Factors for Ship Design, Royal Institution of Naval Architects, London, 2014.
31. KEAHEY, K., et al., ‘Sky computing’, Internet Computing, IEEE, 13(5): 43-51, 2009. G.G.,
32. DIMOPOULOS, purpose
33. BATCHELOR, 34. et al., ‘A general- process modelling framework for
marine energy systems’, Energy Conversion and Management, 86: 325-339, 2014.
J., ‘Autodesk's engine 'will
change the way games are made and buildings are designed’, 2014.
HAGEN, J.E., ‘Global e-navigasjon: Muligheter for norsk maritim industri’,
e-nav.no 2014. Kysteverket and Oslo School of Architecture and Design: Oslo, Norway, 2014.
35. DNVGL, ‘DNV GL -The Future of Shipping’, 2014.
the Adoption of Cutting Edge
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