Studio Hadid, Universität für Angewandte Kunst, Vienna 2012

Adaptive Grids and Semiotic Shells,

The design consists of an urban field whose main parameters are density programs and environmental inputs. From this parametric interaction, four shell typologies emerge as the non-linear product of different structure gradients, from thin concrete shells to grid shell structures.

Efficient system performance results from structure adaptation according to required program density. In low-density environments, such as multi-complex areas, structures act as thin concrete shells, while in those of high density, where large-span structures are required such as stadiums, the shells consist of grid structures. A transition between the two extremes is achieved by combining systems of thin concrete and grid structures. This hybrid typology is presented in areas of moderate density where medium-span structures are required such as in residential areas as well as in the Training center. Although each shell typology can function independently, it is part of the same overall urban grid which is interconnected through the use of smooth spatial transitions.

The 3D printed model of this project and renders were exhibited in the Venice Biennale 2012 as part of the Arum / Zaha Hadid Pavillion along with other selected projects of Studio Hadid, Universität für Angewandte Kunst, Vienna.

The whole installation was “a response to David Chipperfield’s belief that the theme of ‘Common Ground’ is meant to “reassert the existence of an architectural culture, made up not just of singular talents but a rich continuity of diverse ideas united in a common history.”

https://www.archdaily.com/269061/venice-biennale-2012-arum-zaha-hadid/bnl_zaha_9 

Grid Shells_Parametric System