Research Cluster 6 6.6 The Bartlett School of Architecture 2014
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6.8 Figs. 6.6 – 6.9 Crystallisation Fig. 6.6 Bench prototype. Fig. 6.9 Close-up view of acrylic lattice, structurally enhanced Initially set up as a flexible acrylic lattice, the structure gradually through articulated salt encrustation. solidifies through the crystallization of a salt solution poured over the object over the course of two weeks. The thickness of the structure can be controlled through parameters such as, airflow, temperature, and the consistency and flow of salt solution. Fig. 6.7 Digital study investigating gradual densification of lattice systems. Fig. 6.8 Digital mock-up. A seating object generated through parametrically deformed component arrays. The project proposes the deployment of various structures at an architectural scale along the coastline of the Dead Sea, Israel. Once in situ, the natural salinity of the local water will trigger crystal growth along the structures, gradually merging the objects with the existing salt banks. 94