Designing Metamaterial Cells to Enrich Thermoforming 3D Printed Object for Post-Print Modification

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In this paper, we present a metamaterial structure called thermoformable cells, TF-Cells, to enrich thermoforming for post-print modification. So far, thermoforming is limitedly applied for modifying a 3D printed object due to its low thermal conductivity. TF-Cells consists of beam arrays that affluently pass hot air and have high heat transference. Through heating the embedded TF-Cells of the printed object, users can modify not only the deeper area of the object surface but also its form factor. With a series of technical experiments, we investigated TF-Cells’ thermoformability, depending on their structure’s parameters, orientations, and heating conditions. Next, we present a series of compound cells consisting of TF-Cells and solid structure to adjust stiffness or reduce undesirable shape deformation. Adapting the results from the experiments, we built a simple tool for embedding TF-Cells into a 3D model. Using the tool, we implemented examples under contexts of mechanical fitting, ergonomic fitting, and aesthetic tuning.
Publisher
Association for Computing Machinery
Issue Date
2021-05-13
Language
English
Citation

2021 CHI Conference on Human Factors in Computing Systems: Making Waves, Combining Strengths, CHI 2021

DOI
10.1145/3411764.3445229
URI
http://hdl.handle.net/10203/285699
Appears in Collection
RIMS Conference Papers
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