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(2015) Advances in architectural geometry 2014, Dordrecht, Springer.
Advanced topology optimization methods for conceptual architectural design
Niels Aage, Oded Amir, Anders Clausen, Lior Hadar, Dana Maier, Asbjørn Søndergaard
pp. 159-179
This paper presents a series of new, advanced topology optimization methods, developed specifically for conceptual architectural design of structures. The proposed computational procedures are implemented as components in the framework of a Grasshopper plugin, providing novel capacities in topological optimization: Interactive control and continuous visualization; embedding flexible voids within the design space; consideration of distinct tension / compression properties; and optimization of dual material systems. In extension, optimization procedures for skeletal structures such as trusses and frames are implemented. The developed procedures allow for the exploration of new territories in optimization of architectural structures, and offer new methodological strategies for bridging conceptual gaps between optimization and architectural practice.
Publication details
DOI: 10.1007/978-3-319-11418-7_11
Full citation:
Aage, N. , Amir, O. , Clausen, A. , Hadar, L. , Maier, D. , Søndergaard, A. (2015)., Advanced topology optimization methods for conceptual architectural design, in P. Block, J. Knippers & W. Wang (eds.), Advances in architectural geometry 2014, Dordrecht, Springer, pp. 159-179.
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