We constructed a quarter dome using detergent bottle Flex Nodes and PVC pipe connections. The prototype consisted of 20 nodes (60 bottles), 25 PVC pipes, and 50 3D-printed connectors.
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Following the insights from our tension tests, we shifted our focus towards redesigning the bottle cap as a connection element. The aim is to develop a 3D-printable cap that allows pipes to be inserted and fixed, enabling the construction of stable systems.
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Before proceeding with the construction of a detergent flex-node system, we conducted a series of physical experiments to evaluate which parameters perform best under tensile forces. The goal was to identify the most effective combination of cone geometry and pipe cut configuration.
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Based on the specific potentials, we sketched potential use case scenarios for three different patterns.
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Besides varying capabilities for adapting to form variation of constituent parts, the surface-based bike-frame aggregations we studied previously, also have different bending flexibility.
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In this study, we explore how to create a simple connection system between the detergent-bottle nodes and PVC pipes. The aim is to develop a connector system that:
Mid of August, we had the chance to visit Mack. The company is located in Altenmarkt, Austria, just a 30-minute drive from Vienna. Mack specializes in the production of technical plastic components using injection molding and extrusion blow molding, supported by their own in-house mold making.
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