Rigo Ph. Développement D'un Modèle Intégré D'optimisation Des Structures Navales Et Hydrauliques, Thesis Agregation de l'Enseignement Supérieur, University of Liege, Belgium, 378 pp; 1998.
Rigo Ph. (1998) Optimization of ship structure-minimum cost. Second International Shipbuilding Conference, ISC'98 , Krylov Shipbuilding Research Institute, St. Peterburg, Russia, Section C; 304-311.
Rigo Ph. (1999) Least cost optimum design of stiffened hydraulic and floating structures. PIANC 101:33-45.
Fleury C. (1989) An efficient dual optimizer based on convex approximation concepts. Struct Optim , CONLIN; 1(PART 2):81-89.
Rigo Ph., Fleury C. (2001) Scantling optimization based on convex linearizations and a dual approach. Marine Struct 14(6 PART 2):631-649.
Hills W., Buxton I.L. (1989) Integrating ship design and production considerations during the pre-contract phase. North East Coast Inst Eng Shipbuilders 106(1):7-19.
Rains D.A., Johnson J.A. (1991) Naval ship design optimization through effectiveness analysis. Marine Computers'91, SNAME Boston, 23pp; .
Francescutto A. (1993) Is it really possible to design safe ships?. RINA, Spring Meetings 1992, paper no. 3, 6pp; .
Gill P.E., Murray W. Numerical Method for Constrained Optimization, editors. New York: Academic Press; 1974.
Mano M. (1993) Some considerations for better hull structural design. IMAM'93 , A. Bogdanov. Varna, editors; 3-9.
Masson J.C. (1997) Le dimensionnement en construction navale. PRIMECA, Université d'Automne, Le dimensionnement en conception de produits. H. Gachon, editor, 18-20 November, Metz; .
Buxton I.L. (1976) Engineering economics and ship design. The British Ship Research Association, Wallsend Research Station, UK, 107pp; .
Evans J.H., Khoushy D. (1963) Optimized design of midship section structure. Trans SNAME 71:144-191.
Greene E. (1997) Design guide for marine applications of composites. Ship Structure Committee, SSC-403, US Coast Guard, Washington, USA, 342pp; .
Lewis E.V. Principles of Naval Architecture , (2nd revision), USA: SNAME, 310pp; 1988, 1.
Rawson K.J., Tupper E.C. Basic Ship Theory , 4th ed., Essex, UK: Longman Scientific and Technical, 720 pp; 1994, 1-2.
Taggart R. (1980) Ship design and construction, New York, USA. SNAME, 738pp; .
Vanderplaats G.N. Numerical Optimization Techniques for Engineering Design, New York: McGraw-Hill, 333pp; 1984.
Parsons G., Songer D., Sauter J. (1999) A hybrid agent approach for set-based conceptual ship design. Proceedings of the 10th ICCAS Conference , Cambridge, MA, USA; 2:207-221.
Rigo Ph. (1992) Stiffened sheathings of orthotropic cylindrical shells. J Struct Eng ASCE 118(4):926-943.
Rigo Ph. (1992) The computation of prismatic structures applied to naval architecture. Marine Struct 5(3):313-332.
Faulkner D. (1975) Compression strength of welded grillages. Strength of Welded Grillages Under Combined Loads , (Chapter 21) and (Chapter 22) 713-746; 633-712.
Yee R.D., Malik L., Basu R., Kirkhope K. (1997) Guide to damage tolerance analysis of marine structures. Ship Structure Committee 402, US Coast Guard, Washington, USA, 257pp; .
Hinton E., Rao N.V. (1993) Structural shape optimization of shells and folded plates using two-noded finite strips. Comput and Struct 46(6):1055-1071.
Smith C.S. (1966) Elastic analysis of stiffened plating under lateral loading. Trans RINA 108:113-131.
Ohga M., Shigematsu T., Kawaguchi K. (1993) Buckling analysis of thin-walled members with variable thickness. J Struct Eng ASCE 121(6):919-924.
Moan T. (1988) Report of ISSC committee IV. 1 - Design Philosophy. 10th ISSC Conference , Lyngby, Denmark; 1:582-662.
Moan T. (1991) Report of ISSC committee IV. 1 - Design Philosophy. 11th ISSC Conference , Wuxi, China; 1:575-644.
Moan T. (1994) Report of ISSC committee V. 1 Applied design - Strength limit states formulations. Proceedings of 12th ISSC , Jeffrey NE, Kendrick AM, editors. St. John's, Canada; 2:1-58.
Harlander L.A. (1960) Optimum plate-stiffener arrangement for various types of loading. J Ship Res SNAME.
Mandel P., Leopold R. (1966) Optimization methods applied to ship design. Trans SNAME 477-495.
Moe J., Lund S. (1968) Cost and weight minimization of structures with special emphasis on longitudinal strength members of tankers. Trans RINA 110:43-70.
Nowacki H., Brusis F., Swift P.M. (1970) Tanker preliminary design - An optimization problem with constraints. Trans SNAME 78:357-390.
Parsons M. (2000) Foundations of ship design. Course Packs NA470, NA and ME Department, University of Michigan, Dollar Bill-Ulrich's, Bin no. 1193 Ann Arbor, USA, 450pp; .
Winkle I.E., Baird D. (1986) Towards more effective structural design through synthesis and optimisation of relative fabrication costs. Trans RINA 128:313-336.
Hughes O.F., Mistree F., Zanic V. (1980) A practical method for the rational design of ship structures. J Ship Res SNAME 24(2):101-113.
Hughes O.F., Mc Natt T.R. (1992) Unified structural design method for standard and non-standard design requirements. PRADS'92 , Newcastle upon Tyne, UK; 2:860-872.
Mistree F., Hughes O.F., Bras B. (1992) Compromise decision support problem and the adaptive linear programming algorithm, in structural optimization: Status and promise. Astronautics and Aeronautics , Kamat MP, editor. Progress AIAA, Washington; 150:251-290.
Catley D. (1988) Design optimization. Report of committee V.5 of ISSC. 10th ISSC Conference , Lyngby; 2:179-221.
Catley D. (1990) Design optimization: A state-of-the-art review. Marine Struct 3:343-390.
Catley D., Hage A. (1997) Design method (Report of ISSC Committee IV.2). Proceedings of the 13th ISSC , Moan T, Berge S, editors. Oxford: Pergamon Press; 1:407-473.
Pittaluga et al. (1994) Report of ISSC committee IV. 1 design philosophy. Proceedings of 12th ISSC , Jeffrey NE, Kendrick AM editors. St. John's, Canada; 1:525-592.
Hughes O.F., Hage A. (1994) Applied computer aided design-report of ISSC committee V. 5. Proceedings of 12th ISSC , Jeffrey NE, Kendrick AM, editors. St. John's, Canada; 2:203-247.
Beghin D. (1997) Design principles and criteria. Report of ISSC Committee IV. 1. Proceedings of 13th ISSC , Moan T, Berge S, editors. Oxford: Pergamon Press; 1:351-406.
Pradillon J.Y., Hage A. (2000) Design method Report of ISSC Committee IV. 2. Proceedings of 14th ISSC , Ohtsubo Y, Sumi Y, editors. Japan: Elsevier; 1.
Fleury C. (1993) Mathematical programming methods for constrained optimization: Dual methods (Chapter 7)' and recent developments in structural optimization methods (Chapter 9). Structural Optimization: Status and Promise, Progress in Astronautics and Aeronautics , Kamat MP, editor. AIAA, 183-208; 150:123-150.
Krol W.P. (1991) Midship section design using a bilevel production cost optimization scheme. J Ship Prod SNAME 7(1):29-36.
Rahman M.K., Caldwell J.B. (1992) Rule-based optimization of midship structures. Int J Marine Struct 5(6):467-490.
Rahman M.K., Caldwell J.B. (1995) Ship structures: Improvement by rational design optimisation. Int Shipbuilding Prog 429:61-102.
Sen P., Shi W.B., Caldwell J.B. (1989) Efficient design of panel structures by a general multiple criteria utility. Eng Opt 14:287-310.
Sen P., Yang J.B. (1995) An investigation into the influence of preference modelling in ship design with multiple objectives. PRADS'95 , Kim, Lee, editors. Society of Naval Arch of Korea; 2:1252-1263.
Hung C.F. (1987) Computer aided design of complex ship structure based on finite element and multilevel optimization methods. PRADS'87 , Trondheim; 845-860.
Jang C.D., Na S.S. (1991) On the optimum structural design of marpol tankers considering tank arrangement. Computer Methods in Marine and Offshore Engineering , Murthy, editor. UK: Computational Mechanics; 25-40.
Kriezis G.A. (1991) Standardization in ship structural design. J Ship Prod SNAME 7(1):37-46.
Park S.W., Paik J.K., Nho I., Lee H.S. (1991) An optimum structural design system using reanalysis method. Computer Methods in Marine and Offshore Engineering , Murthy, editor. UK: Computational Mechanics; 211-224.
Hatzidakis N., Bernitsas M. (1994) Comparative design of orthogonally stiffened plates for production and structural intregrity. J Ship Prod , 156-163; 10(3 PARTS 1-2):146-155.
Nobukawa H., Zhou G., Kitamura M., Kobayashi S. (1995) Structural optimization for small container ship with large hatch opening. J Soc Naval Arch West Japan 90:181-197.
Fleury C., Braibant V. (1986) Structural optimization: A new dual method using mixed variables. Int J Numer Methods Eng 23:409-428.
Sen P., Yang J.B. Multiple Criteria Decision Support in Engineering, London: Springer, 264pp; 1998.
Yao T. (2000) Ultimate hull girder strength (Report of ISSC Committee VI.2). Proceedings of 14th ISSC , Ohtsubo Y, Sumi Y, editors. Japan: Elsevier; 2:321-391.
Hughes O., Nikolaidis E., Ayyub B., White G., Hess P. (1994) Uncertainty in strength models for marine structures. Ship Structure Committee , US Coast Guard, Washington, USA, 130pp.; 375.