Anchored Assemblies

Exploring 3D forms, 2D patterns and Curvilinear Assemblies

Gabrielle Clune

Instructors: Catie Newell + Mark Meier

This project explores generating three dimensional wall assemblies by investigating two-dimensional patterning, while analyzing curvilinear forms. The modules are created computationally using a set of control points and a geometric pattern, generating a set of nurb curves to create the final profile. The result is an interlocking wall assembly of components alternating between concave and convex forms, anchoring together, creating stability within the system. The project was created using a KR-60 robot, a ceramic extruder controlled by a stepper motor, and Kuka PRC for path planning.

 
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 Assembly

The variability of assemblies is explored through two-dimensional pattern studies and small 30 printed modules. The individual modules can be assembled in a variety of ways creating patterns not only using the form of the modules, but also the negative space created through stocking.