Robotic Bead Rolling
The robotic workflow proposed analyzes the bead rolling process, its potential digital interpretation, and improved fabrication aspects that accompany such a translation. For this process, a robotic tool has been developed that integrates multiple variables observed from existing bead rolling machines, while simultaneously allowing further control. Material-informed decisions required a series of tests evaluating optimum tool and workflow design. While the process provokes a multitude of potentialities, it has been put towards a structural behavior testing scenario to demonstrate its validity. It attempts to bridge analysis methods with prototyping as means of direct performance testing and evaluation. Deeply rooted within a parametric modeling environment, the workflow creates a single digital interface that links several platforms that otherwise are not in direct communication.
KeywordsBead rolling Forming Metal Robot tooling Mechanism
This research was conducted under the guidance of instructor Andrew Witt and fabrication specialist Burton LeGeyt during the course: Expanded Mechanism/Empirical Materialisms at the Harvard University Graduate School of Design; Cambridge MA; Fall 2013.
- Bechthold M (2008) Innovative surface structures: technologies and application. Taylor & Francis, New York, pp 189–191Google Scholar
- Brüninghaus J, Krewet C, Kuhlenkötter B (2012) Robot assisted asymmetric incremental sheet forming. In: Brell-Cokcan S, Braumann J (eds) Rob|Arch Robotic Fabrication in Architecture, Art, and Design. Springer, ViennaGoogle Scholar
- Schodek D, Bechthold M, Griggs K, Kao KM, Steingberg M (2005) Digital design and manufacturing: CAD/CAM applications in architecture and design. Wiley, Hoboken, pp 59–61Google Scholar