%0 Conference Paper %1 neuhauser_architectural_2010 %A Neuhäuser, Stefan %A Mielert, Fritz %A Rippmann, Matthias %A Sobek, Werner %B Spatial Structures - Temporary and Permanent, IASS Symposium, November 8-12, 2010, Shanghai, China %C Beijing %D 2010 %E Zhang, Qilin %I China Architecture & Building Press %K design determinacy, digital fabrication, grid parametric sobek stabilization, static structures, vacuumatic %P 1189--1209 %T Architectural and structural investigation of complex grid systems %X This paper describes investigations into the architectural and structural performance of complex, non-triangulated grid structures. Complex grid structures are often highly differentiated (i.e. consisting of many components of different geometry), thus an integrative, parametric design approach is necessary. In addition to the considerations of geometric parameters, the evaluation of architectural and structural performance criteria, including automated interfaces with analysis software, as well as tools to assess the stability of such systems and perform sunlight simulation are described. Non-triangulated grid systems are often kinematic and require stabilization measures. A novel method of using vacuumized film to stabilize a doubly curved shell structure with a non-stable grid arrangement was investigated. Two case studies of full-scale grid structures of high complexity are presented in the context of parametric design, digital fabrication, and integrative design processes. %@ 978-7-112-12504-3

@inproceedings{neuhauser_architectural_2010, abstract = {This paper describes investigations into the architectural and structural performance of complex, non-triangulated grid structures. Complex grid structures are often highly differentiated (i.e. consisting of many components of different geometry), thus an integrative, parametric design approach is necessary. In addition to the considerations of geometric parameters, the evaluation of architectural and structural performance criteria, including automated interfaces with analysis software, as well as tools to assess the stability of such systems and perform sunlight simulation are described. Non-triangulated grid systems are often kinematic and require stabilization measures. A novel method of using vacuumized film to stabilize a doubly curved shell structure with a non-stable grid arrangement was investigated. Two case studies of full-scale grid structures of high complexity are presented in the context of parametric design, digital fabrication, and integrative design processes.}, added-at = {2023-11-27T15:10:57.000+0100}, address = {Beijing}, author = {Neuhäuser, Stefan and Mielert, Fritz and Rippmann, Matthias and Sobek, Werner}, biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2fd005a75867bd0133de4fe3aa8a34348/jmueller}, booktitle = {Spatial {Structures} - {Temporary} and {Permanent}, {IASS} {Symposium}, {November} 8-12, 2010, {Shanghai}, {China}}, editor = {Zhang, Qilin}, interhash = {660e7f3c37e267bd79d5c5cfafe3ad83}, intrahash = {fd005a75867bd0133de4fe3aa8a34348}, isbn = {978-7-112-12504-3}, keywords = {design determinacy, digital fabrication, grid parametric sobek stabilization, static structures, vacuumatic}, pages = {1189--1209}, publisher = {China Architecture \& Building Press}, timestamp = {2023-11-27T15:10:57.000+0100}, title = {Architectural and structural investigation of complex grid systems}, year = 2010 }