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YÜZEN MİMARİ TASARIM SÜREÇ MODELLEMESİNDE 17
KURAL TABANLI KARAR VERME DESTEK MODELİ
[4] Colwell, J. L. (1989). Human Factors in the Naval Environment: A Review of Motion Sickness
and Biodynamic Problems. DREA Technical Memorandum 89/220, Dartmouth: Canadian
National Defence Research Establishment Atlantic
[5] Cooper, R., Lee, A., Wu, S., Fleming A., and Kagioplu M. (2005). Process Management in
Design and Constrcution, Blackwell Publishing, Dubois, D. (2009). A Unified View of
Uncertainty Theories- Fuzzy Systems Association World Congress and 2009 European Society
for Fuzzy Logic and Technology Confrence ( IFSA-EUSFLAT 2009 )
[6] Flachbart, G., and Weibel P. (2005). Disappearing Architecture, From Real to Virtual to
Quantum, Birkhuser – Publishers of Architecture Basel- Boston- Berlin (pp. 61).
[7] Fousert, M.W. (2006). Floating Breakwater A Theoretical study of a dynamic wave
attenuating syste. MSc, TU Delft (pp.19,20,26,50,52).
[8] Graaf, R., E. (2009)., Innovations in Urban Water Management, Feasibility Case Studies and
Governance, Ph.D, Delft Technique University
[9] Hughes, S. (1993). Physical Models and Laboratory Techniques in Coastal Engineering,
Singapore: World Scientific
[10] Le Corbusier, 1986,Towards a new architecture, New York, Dover
[11] Magrab, B. E. (2010). Integrated Product and Process Design and Development: the product
realisation process; CRC Press, (pp. 7, 31)
[12] Oosterhuis, K. (2002). Architecture goes wild / Kas Oosterhuis,[scientific committee: Maia
Engeli; Dutch-English translations and text editing: John Kirkpatrick], Rotterdam: 010 Publishers
[13] Patil, S.G., Mandal, Hegde A.V., Alavandar, S. (2010). Neuro-fuzzy based approach for
wave transmission prediction of horizontally interlaced multi layer moored floating pipe
breakwater, Ocean Engineering
[14] Zadeh, L. (2009). Openning Message- International Fuzzy Systems Association World
Congress and 2009 European Society for Fuzzy Logic and Technology Conference ( IFSA-
EUSFLAT 2009
Sayı 8, 2017 GiDB|DERGi