BENDSOE, M. P. AND KIKUCHI, N. 1988 Generating optimal topologies in structural design using a homogenization method. Comp. Methods in Appl. Mechanics and Engineering, 71, 197-224.
BECKERS, P. 1991 Recent developments in shape sensitivity analysis: the physical approach. Eng. Opt., 18, 67-78.
BENFORD, H. 1970 Fundamentals of ship design economics. NAME Report 086, University of Michigan, 55 pp.
BIRMINGHAM, R., CLELAND, G., DRIVER, R., AND MAFFIN, D. 1997 Understanding Engineering Design, Prentice and Hall, London, 159 pp.
BLOMQUIST, A. 1995 Tee-beam manufacturing analysis: producibility of panel stiffening elements. JOURNAL OF SHIP PRODUCTION, 11, 3, 171-186.
BUXTON, I. L. 1976 Engineering Economics and Ship Design. The British Ship Research Association, Wallsend Research Station, UK, 107 pp.
BUXTON, I. L., HILLS, W., AND WHATMORE, J. M. 1987 The effects on the steelmass of Ro-Ro vessels of changing ship design parameters. PRADS'87, Trondheim, 1116-1127.
BUNCH, H. M. 1989 A study of the causes of man-hour variance of naval shipyard work standard Proceedings, NSRP Ship Production Symposium, SNAME, Virginia, 15.1-8.
BUNCH, H. M. 1995 Catalogue of ship producibility improvements concepts. JOURNAL OF SHIP PRODUCTION, 11, 3, 203-207.
CALDWELL, J. 1978 Design for production, advanced ship design techniques. WEGEMT, University of Newcastle upon Tyne, UK, 19 pp.
CATLEY, D. ET AL 1988 Design optimization. Report of Committee V.5 of ISSC, Proceedings, 10th ISSC Conference, Lyngby, 2, 179-221.
CATLEY, D. AND HAGE, A. ET AL. 1997 Design method. Report of ISSC Committee IV.2, Proceedings, 13th ISSC, T. Moan and S. Berge, Eds., Pergamon Press - Elsevier Science, 1, 407-473.
ENNIS, K., DOUGHERTY, J., LAMB, T., GREENWELL, C., AND ZIMMERMAN, R. 1998 Product-oriented design and construction cost model. JOURNAL OF SHIP PRODUCTION, 14, 1, Feb., 41-58.
ELVEKROK, D R. 1997 Concurrent engineering in ship design. JOURNAL OF SHIP PRODUCTION, 13, 4, 258-269.
EVANS, J. H. AND KHOUSHY, D. 1963 Optimized design of midship section structure. Trans., SNAME, 71, 144-191.
FAULKNER, D. 1975 Compression strength of welded grillages, Chap. 21, and Strength of welded grillages under combined loads, Chap. 22, in EV75, 633-712 and 713-746.
FLEURY, C. 1989 CONLIN, an efficient dual optimizer based on convex approximation concepts. Structural Optimization, 1, 81-89.
FLEURY, C. 1993 Mathematical programming methods for constrained optimization, dual methods, (Chap 7), and Recent developments in structural optimization methods (Chap 9), in Structural Optimization: Status and Promise, M. P. Kamat, Ed., Series: Progress in Astronautics and Aeronautics, AIAA, 150, 123-150 and 183-208.
FRANCESCUTTO, A. 1993 Is it really possible to design safe ships? RINA, Spring Meetings 1992, 3, 6 pp.
GOLDBERD, D. E. 1989 Genetic Algorithms in Search, Optimization and Machine Learning, Addison-Wesley Publishing Company, 403 pp.
HAGE, A., MARCHAL, J., AND RODRIGUEZ, S. 1993 Development of CAD/ CAE system for ship design suitable for small and medium shipyards. IMAM'93, Varna, Bulgaria.
HATZIDAKIS, N. AND BERNITSAS, M. 1994 Comparative design of orthogonally stiffened plates for production and structural integrity - Part 1 & 2, JOURNAL OF SHIP PRODUCTION, 10, 3, 146-155 and 156-163.
HENGST, S. AND KOPPIES, J. D. 1996 Analysis of competitiveness in commercial shipbuilding. JOURNAL OF SHIP PRODUCTION, 12, 2, 73-84.
HILLS, W. AND BUXTON, I. L. 1989 Integrating ship design and production considerations during the pre-contract phase. The North East Coast Institution of Engineers and Shipbuilders, 106, part 1, 7-19.
HILLS, W., BUXTON, I. L., AND MADDISON, R. 1990 Design for steelwork production during the concept design stage. JOURNAL OF SHIP PRODUCTION, 6, 3, 151-163.
HINTON, E. AND RAO, N. V. 1993 Structural shape optimization of shells and folded plates using two-noded finite strips. Computers & Structures, 46, 6, 1055-1071.
HORI, T., SEKIHAMA, M., AND RASHED, S. 1990 Structural 'design-by-analysis' approach applied to a product oil carrier with a unidirectional girder system. Proceedings, Spring Meetings of RINA, London, paper 8, 11 pp.
HUGHES, O. F., MISTREE, F., AND ZANIC, V 1980 A practical method for the rational design of ship structures. Journal of Ship Research, 24, 2, June 101-113.
HUGHES, O. F. 1988 Ship Structural Design: A Rationally-Based, Computer-Aided Optimization Approach, SNAME, 566 pp.
HUNG, C. F. 1987 Computer aided design of complex ship structure based on finite element and multilevel optimization methods, Proceedings, PRADS'87 Trondheim, 845-860.
JANG, C. D. AND NA, S. S. 1991 On the Optimum Structural Design of Marpol Tankers Considering Tank Arrangement, in Computer Methods in Marine and Offshore Engineering, Edt. Murthy, Comp. Mechanics Publ., UK, 25-40.
KEANE, A. J., PRICE, W. G., AND SCHACHTER, R. D. 1991 Optimization techniques in ship concept design. Trans. RINA, 133, part A, 123-143.
KRIEZIS, G. A. 1991 Standardization in ship structural design, JOURNAL OF SHIP PRODUCTION, 7, 1, 37-46.
KROL, W. P. 1991 Midship section design using a bilevel production cost optimization scheme. JOURNAL OF SHIP PRODUCTION, 7, 1, 29-36.
KUO, C., MACCALLUM, K., AND SHENOI, R. 1984 An effective approach to structural design for production. Trans. RINA, 126, 33-50.
KUMAKURA, Y. ET AL 1997 Fabrication technology (Report of ISSC Committee V.8), Proceedings, 13th ISSC, T. Moan and S. Berge, Eds., Pergamon Press, Elsevier Science, 2, 247-280.
LAMB, T. 1969 A ship design procedure. Marine Technology, 6, 4, 362-405
LYON, T. 1982 A calculator-based preliminary ship design procedure. Marine Technology, 19, 2, 140-158.
MISTREE, F., HUGHES, O. F., AND BRAS, B. 1992 Compromise decision support problem and the adaptive linear programming algorithm, in Structural Optimization: Status and Promise, Manohar & Kamat, Eds., 150 Progress in Astronautics and Aeronautics, AIAA, Washington, 251-290.
MOE, J. AND LUND, S. 1968 Cost and weight minimization of structures with special emphasis on longitudinal strength members of tankers. Trans. RINA, 110, 43-70.
MOAN, T. ET AL 1991 Report of ISSC Committee IV.1 - Design Philosophy, Proceedings, 11th ISSC Conference, Wuxi, China, 1, 575-644.
MOAN, T., RIGO, PH. ET AL 1994 Report of ISSC Committee V.1 Applied Design - Strength Limit States Formulations, N. E. Jeffrey and A. M. Kendrick, Eds., Institute for Marine Dynamics, Proceedings, 12th ISSC, St. John's, Canada, 2, 1-58.
NIHO, O., YANAGIBAYASHI, S., AND AKASHI, T. 1994 Structural design of double hull tankers, Proceedings, ISOPE'94, Osaka, 4, 534-541.
NOWACKI, H., BRUSIS, F., AND SWIFT, P. M. 1970 Tanker preliminary design - an optimization problem with constraints. Trans., SNAME, 78, 357-390.
NOBUKAWA, H., ZHOU, G., KITAMURA, M., AND KOBAYASHI, S. 1995 Structural optimization for small containership with large hatch opening. Journal of Soc. of Naval Arch. of West Japan, 90, 181-197.
OKADA, T. AND NEKI, I. 1992 Utilization of genetic algorithm for optimizing the design of ship hull structure. J.S.N.A., Japan, 171, 71-83.
OHGA, M., SHIGEMATSU, T., AND KAWAGUCHI, K. 1993 Buckling analysis of thin-walled members with variable thickness, Journal of Structural Engineering, ASCE, 121, 6, 919-924.
OPTIM 1994 Shape optimization tool to multidisciplinary industrial design, European Brite Euram Project, LTAS, Univ. of Liège, Belgium.
PARSONS, M. G., SINGER, D., AND SAUTER, J. 1999 A hybrid agent approach for set-based conceptual ship design, Proceedings, 10th ICCAS Conf, Cambridge, Mass., 2, 207-221.
PARSON, M. G 2000 Foundations of Ship Design (Course Packs NA470), NA&ME Dpt, Univ of Michigan, Edt. By DollarBill-Ulrich's, Bin no. 1193, Ann Arbor, Michigan, 450 p.
PARSONS, M. G. AND SINGER, D. 2000 A fuzzy logic agent for design team communications and negotiation, COMPIT'2000 Conf., Postdam/Berlin, Germany, 14 p.
PRADILLON, J. Y., HAGE, A. ET AL. 2000 Design Method (Report of ISSC Committee IV.2). Proceedings, 14th ISSC, Ohtsubo & Sumi, Eds., Elsevier, Japan, 1.
PITTALUGA ET AL 1994 Report of ISSC Committee IV.1 Design Philosophy, N. E. Jeffrey and A. M. Kendrick, Eds., Institute for Marine Dynamics, Proceedings of 12th ISSC, St. John's, Canada, 1, 525-592.
RAHMAN, M. K. AND CALDWELL, J. B 1995 Ship Structures: Improvement by Rational Design Optimisation, International Shipbuilding Progress, 429, 61-102.
RAWSON, K. J. AND TUPPER, E. C. 1994 Basic Ship Theory (4th edition), 1 & 2, Longman Scientific & Technical, Essex, UK, 720 p.
RAY, T. AND SHA, O. P. 1994 Multicriteria optimisation model for a containership design. Marine Technology, 31, 4, 258-268.
RIGO, PH. 1989 Utilisation des développements harmoniques aux calculs des ouvrages hydrauliques métalliques. Thèse de Doctorat, Université des Sciences Appliquées, No. 120.
RIGO, PH. 1992a Stiffened sheathings of orthotropic cylindrical shells. Journal of Structural Engineering, ASCE, 118, 4, 926-943.
RIGO, PH. 1992b The computation of prismatic structures, applied to naval architecture. Marine Structures, Elsevier, 5, 3, 313-332.
RIGO, PH. 1998a Développement d'un modèle intégré d'optimisation des structures navales et hydrauliques, Thèse of d'Agrégation de l'Enseignement Supérieur, University of Liege, Belgium, 378 p. (in French).
RIGO, PH. 1998b Optimization of ship structure - minimum cost. Proceedings, 2nd International Shipbuilding Conference, ISC'98, Krylov Shipbuilding Research Inst., St. Petersburg, Russia, Section C, 304-311.
RIGO, PH. 2001a A module-oriented tool for optimum design of stiffened structures, Marine Structures, Elsevier, 14, 611-629.
RIGO, PH. AND FLEURY, C. 2001b Scantling optimization based on convex linearization and a dual approach. Marine Structures, Elsevier, 14, 631-649.
SAVE, M. AND PRAGER, W. EDS. 1985 Structural Optimization, 1, Optimality Criteria, Plenum Press, New York.
SAVE, M. AND PRAGER, W. EDS. 1990 Structural Optimization, 2, Mathematical Programming, Plenum Press, New York.
SEN, P., SHI, W. B., CADWELL, J. B. 1989a Efficient design of panel structures by a general multiple criteria utility. Eng. Opt., 14, 287-310.
SEN, P., SHI, W. B., AND CADWELL, J. B. 1989b Guru: a generalised multicriteria utility for reanalysis in design. Eng. Opt. 15, 186 p.
SEN, P. AND YANG, J. B. 1995 An investigation into the influence of preference modelling in ship design with multiple objectives, Proceedings, PRADS'95, 2, Kim & Lee, Eds., Society of Naval Arch. of Korea, 1252-1263.
SEN, P. AND YANG, J. B. 1998 Multiple Criteria Decision Support in Engineering. Springer-Verlag London, Ltd., 264 p.
SHI, W. B. 1992 In-service assessment of ship structures: effects of general corrosion on ultimate strength, Spring Meeting, RINA, paper 4.
SMITH, C. S. 1966 Elastic analysis of stiffened plating under lateral loading. Trans RINA, 108, 113-131.
SOUTHERN, G. 1980 Work content estimating from a ship steelwork data base. Trans. RINA, 121, 339-347.
TANIGUCHI, T., UNNO, M., KADA, K., KOHSAKA, A. AND MURAKIMI, A. 1994 Structural strength evaluation of a 280,000 DWT Double-Hull VLCC. Proceedings, ISOPE'94, Osaka, 4, 550-556.
TRINCAS, G., ZANIC, V., AND GRUBISIC, I. 1994 Comprehensive Concept Design of fast Ro-Ro Ships by Multi-Attribute Decision-Making. Proceedings, IMDC'94, Delft, The Netherlands, 403-417.
VANDERPLAATS, G. N. 1984 Numerical Optimization Techniques for Engineering Design, McGraw-Hill, New York, 333 p.
WADA, T. AND MANO, M. 1992 A practical design of hull structures. Proceedings, PRADS'92, Elsevier, Newcastle upon Tyne, UK, 2, 873-886.
WELSH, M., BUXTON, I. L., AND HILLS, W. 1991 The application of an expert system to ship concept design investigations. Trans. RINA, 133, part A, 99-122.
WINKLE, I. E. AND BAIRD, D. 1986 Towards more effective structural design through synthesis and optimisation of relative fabrication costs. Trans. RINA, 128, 313-336.
YEE, R. D., MALIK, L., BASU, R., AND KIRKHOPE, K. 1997 Guide to damage tolerance analysis of marine structures, Ship Structure Committee no. 402, U.S. Coast Guard, Washington, D.C., 257 p.
ZANIC, V., JANCIJEV, T., AND ANDRIE, J. 2000 Mathematical models for analysis and optimization in concept and preliminary ship structural design. Proceedings, IMAM'2000, Naples, Italy, 15-22.