Cumincad : CUMINCAD References : Search Results

CumInCAD is a Cumulative Index about publications in Computer Aided Architectural Design
supported by the sibling associations ACADIA, CAADRIA, eCAADe, SIGraDi, ASCAAD and CAAD futures

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	Wurzer, G (2009) Systems: Constraining Functions Through Processes (and Vice Versa) , G. Cagdas, and B. Colakoglu, (eds). Computation: the new Realm of Architectural Design, Proceedings of 27th eCAADe Conference, Istanbul (Turkey), p. 367-373

	Wurzer, G (2009) Systems: Constraining Functions Through Processes (and Vice Versa) , G Ça_da_, and B Colakoglu (eds), Computation: the new Realm of Architectural Design, Istanbul, pp. 659-664

	Wurzer, G (2009) Systems – Constraining Functions Through Processes (and Vice Versa) , Proceedings of the 27th eCAADe Conference, Computation: the new realm of architectural design, Istanbul, pp. 659-664

	Wurzer, G (2009) Systems: Constraining Functions Through Processes (and Vice Versa) , G. Ça_da_, and B. Colakoglu (eds), Computation: the new Realm of Architectural Design, Istanbul, pp. 659-664

	Wurzer, G (2010) Schematic Systems - Constraining Functions Through Processes (and Vice Versa) , International Journal of Architectural Computing, 8(2), pp. 197-214

	Wurzer, G (2010) Schematic Systems – Constraining Functions Through Processes (and Vice Versa) , International Journal of Architectural Computing, 08(02), pp. 197 – 213

	Wurzer, G (2010) Schematic Systems - Constraining Functions Through Processes (and Vice Versa) , International Journal of Architectural Computing, 8(2), pp. 201-217

	Wurzer, G (2010) Schematic Systems – Constraining Functions Through Processes (and Vice Versa) , International Journal of Architectural Computing 08 (02), pp. 197-214

	Wurzer, G. (2009) Systems: Constraining Functions Through Processes (and Vice Versa) , Proceedings of the 27th eCAADe Conference, Istanbul (Turkey), 16-19 September 2009, 367–373

	Wurzer, G. (2010) Schematic Systems - Constraining Functions Through Processes (and Vice Versa) , International Journal of Architectural Computing, 8 (2), pp. 201-217

	Yukhina, E. (2007) Cognitive Abilities & Learning Styles in Design Processes and Judgements of Architecture Students , Ph.D. Dissertation, Faculty of Architecture, The University of Sydney

	Zaheer-uddin, M., & Zheng, G. R. (2000) Optimal Control of Time-scheduled Heating , Ventilating and Air Conditioning Processes in Buildings, Energy Conversion and Management, vol. 41, no. 1, pp. 49–60

	Zardo, P and Mussi, AQ (2018) Mapping Design Processes Based on Intense Use of Digital Technologies , Proceedings of SiGraDi 2018, S?o Carlos, pp. 136-141

	Zenie, A. and Volta, G. (1993) Cooperative Work Processes Analysis in View of Appropriate Groupware Selection , Technical Report 2445, Joint Research Centre

	Zenie, A. and Volta, G. (1993) Cooperative Work Processes Analysis in View of Appropriate Groupware Selection , Technical Report 2445. Joint Research Centre

	Zhao T., Zheng Y., Gong J. and Wu Z. (2022) Machine learning-based reduced-order modeling and predictive control of nonlinear processes , Chemical Engineering Research and Design, vol. 179, pp. 435-451

	Zhu Z, Dhokia VG, Nassehi A, et al. (2013) A review of hybrid manufacturing processes: state of the art and future perspectives , Int J Comp Integr Manuf; 26(7): 596–615

	Özgan, S. & Bac?no?lu, S. Z. & Coºkun, E. (2014) The Potentials of Rule Based Approaches in Design Formation Processes , Calcatinge, A. (Eds.), Critical Spaces. Wien: LIT Verlag

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