Two Spatial Experiments based on Computational Geometry
The paper outlines the relevance of computational
geometry within the design and production process of architecture.
Based on two case studies, the digital chain - from the initial formfinding
to the final realization of spatial concepts - is discussed in
relation to geometric principles. The association with the fascinating
complexity that can be found in nature and its underlying geometry
was the starting point for both projects presented in the paper. The
translation of abstract geometric principles into a three-dimensional
digital design model – realized in Rhinoceros – was followed by a
process of transformation and optimization of the initial shape that
integrated aesthetic, spatial and structural qualities as well as aspects
of material properties and conditions of production.
Digital Object Identifier (DOI):
 M. Hemmerling, "Geometric Complexity in Computer Aided
Architectural Design" in Proceedings of the 13th ICGG 2008 in
 R. Vinesh; Reverse Engineering - An Industrial Perspective; Springer
 C.v. Uffelen, "heart cahmber" in Pure Plastic - New Materials for
Today-s Architecture, Verlagshaus Braun; Berlin; 2008.