Thin Glass Prototype

for ICSA Critical Practice

research by design prototyping thin glass


Photos by Hugo Mulder, Per Bille
Description

For the critical practice track at the ICSA symposium in 2022 an installation was designed and built with dynamically bent thin glass. The installation served as a prototypical setup to investigate the potential use of thin glass in adaptive building facades.

Kinetic building envelopes might be employed to support building operation in a wider spectrum of weather conditions. Traditionally, in such envelopes, extensive supplemental mechanisation is applied to move discrete components. This affects the aes-thetics, maintainability and durability of envelopes. This submission presents a prototype of dynamic thin glass, that is actuated along the edge, and by twisting glass strips, explores new kinetic tectonics. A process of thinking through prototyping allows the maker and those examining the work to develop new ideas about transparent kinetic systems, and their role in future facades.


Contributors
  • research partner: Alireza D.P. Moghaddam (SDU)
  • technical advisor: Peter Lenk (Arup)
  • technical advisor and material sponsor: Marco Zaccaria (AGC)
Materials
  • laminated thin glass
  • aluminium truss system
  • steel brackets
  • lead screw drive with stepper motor

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