Adjoined Edges: Parametric Algorithms for Digital Fabrication and Assembly of Hosohedra in Design

Abstract

As a Senior Faculty Fellow with IDAH, Prof. Justin Bailey of the Eskenazi School is continuing his investigation of materials, cutting, and assembly methods in producing hosohedra-based forms used to create functional design objects. Fundamental to Bailey’s study of form is the ability to digitally sculpt and manipulate forms to incorporate subtle shifts and irregularities, releasing the form of functional objects from rigid geometries often used. To accomplish this for ranges of series and small batch productions, Bailey employs drafting algorithms based on geometries used to create 3D form, flatten into 2d machinable linework, and build on connection methods explored for a range of materials. This particular series of iterations looks at integrations of perforation, transparency, and pliability in wood veneer, steel, and aluminum with PLA 3d printed fasteners.