Digital fabrication technologies are becoming of importance to a number of knowledge areas and sectors, including medicine, entertainment, design, engineering, education, arts and architecture, due to their accessibility and versatility. These technologies are changing the design of digital models, materials and manufacturing processes which enable to build previously unachievable physical objects. Since many constraints imposed on the design of objects have changed significantly, a growing research community is working on graphical tools and techniques to enable the conception, automation, production and usage of innovative and complex designs for fabrication.
In the present work, we survey the state of the art of computer graphics contributions to functional fabrication design tools and techniques. By functional fabrication we understand the design and manufacture of products which functionalities exploit the capabilities of digital fabrication technologies. These contributions include improving the mechanics of a single workpiece, producing articulated models, capturing aerodynamics, planning deformable workpieces and controlling surface appearance. The resulting design tools and techniques are clearly taking advantage of relevant computer graphics techniques. Furthermore, they are extending these techniques to realise new physical forms as well as bringing innovation to feed the design space.
*Texto informado pelo autor.
Asla Medeiros e Sá é professora (Adjunto IV) da Escola de Matemática Aplicada EMAp-FGV/RJ (http://emap.fgv.br). Pós Doutorado pelo Cultural Informatics Research Group da Universidade de Brighton na Inglaterra (2012). Doutora em Ciências, com ênfase em Computação Gráfica, pelo IMPA- Instituto Nacional de Matemática Pura e Aplicada (2006). Mestre em Matemática Aplicada pela UFRJ (2001). Bacharel em Matemática pela UFRJ (1999). Áreas de Pesquisa: Computação Gráfica e Visualização de Informação.