3D printing
Appears in 30 extracted records.
Back to Methods.
Representative papers
- Symmetric Stick Puzzles (2011)
- [[papers/2012/bridges2012-103|Sculptures in ]] (2012)
- 3D SUDOKU Puzzle with 81 Connected Cubes (2013)
- Custom 3D-Printed Rollers for Frieze Pattern Cookies (2013)
- Making Waves: Visualizing Fluid Flows (2013)
- Yvon-Villarceau Circle Equivalents on Dupin Cyclides (2015)
- Gödel, Escher, Bach: Just Another Braid (2016)
- A Musical Polyhedron Updated for the 21st Century (2016)
- Bridges as an Incentive to Collaborative Works II (2016)
- 3D Printed Tours (2017)
- Sculptural Forms Based on Radially-developing Fractal Curves (2017)
- Triskelion Block Families (2017)
- A Minimal Art Object with Four Famous Fabulous Faces (2018)
- Developing Mathematical and Technological Competencies of Students Through Remodeling Games and Puzzles (2018)
- Homage to Charles O. Perry (2018)
- 3D Printing to Address Solids of Revolution at School (2019)
- Dissecting a Cube as a Teaching Strategy for Enhancing Students’ Spatial Reasoning: Combining Physical and Digital Resources (2019)
- Light Painting: Visualization with and through Light (2019)
- That Is Not Art, It Is a Puzzle! (2019)
- Walkable Curves and Knots (2019)
- Hilbert’s Portrait via his Space-Filling Curve (2020)
- Virus Mechanics: Designing a Physical Model for STEAM Learning (2020)
- Polyhedral-Edge Knots (2021)
- 3D Printed Models of Wild Spheres (2022)
- All (!) Three-Part Variations on Three Different Kinds of Cubes (2023)
- The Oloid and the Evertible Cube: 3D Design and Printing (2023)
- What Can We Learn from Non-Euclidean Paper? (2023)
- Growing Objects (2024)
- Menger-Slice Inspired Fractals based on the Pentagon, Dodecahedron, and 120-Cell (2024)
- The Beauty of a Muqarnas Captured in Parameterized Software (2025)