tessellations

Appears in 92 extracted records.

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Representative papers

• Artistic Patterns in Hyperbolic Geometry (1999)
• Zometool Geometry Workshop (2001)
• Some Common Themes in Visual Mathematical Art (2001)
• The 3D Illusion of 2D Regular Tessellations (2001)
• A Collaborative Parabolic Quilt (2002)
• 168 Butterflies on a Polyhedron of Genus 3 (2002)
• Constructing and Classifying Designs of al-Andalus (2003)
• Moorish Fretwork (2004)
• Coxetering Crystals (2005)
• The Manifold Beauty of Piano-hinged Dissections (2005)
• Islamic Art: An Exploration of Pattern (2006)
• Sashiko: the Stitched Geometry of Rural Japan (2006)
• From Folding and Cutting to Geometry and Algorithms: Integrating Islamic Art into the Mathematics Curriculum (2007)
• A Guide to Creating Escher-like Bird Motif Tessellations (2008)
• Lessons in Duality and Symmetry from M.C. Escher (2008)
• Patterning by Projection: Tiling the Dodecahedron and other Solids (2008)
• Pull-up Patterned Polyhedra: Platonic Solids for the Classroom (2008)
• Some Regular Toroids (2008)
• Non-Flat Tilings with Flat Tiles (2009)
• Concave Hexagons (2009)
• Creating Islamic Patterns from Folded Shapes (2009)
• Vasarely’s Work– Invitation to Mathematical and Combinatorial Visual Games (2010)
• Sphaerica: Interactive Spherical Geometry Software (2010)
• Impossible Ornaments (2010)
• Escher-type Tessellations and Pull-up Polyhedra: Creative Learning for the Classroom (2010)
• Tiled Torus Quilt with changing tiles (2010)
• Transformative Modular Textile Design (2011)
• A Mad Weave Tetrahedron (2011)
• A Method for Expandable Regular Tessellation (2011)
• Triangle Tessellation Workshop (2011)
• Sacred Numbers and Tessellations in Aquileia’s XI Century Mosaics (2012)
• Splitting Tilings (2012)
• Polyhedra on an equilateral hyperboloid (2012)
• Simple Rules for Incorporating Design Art into Penrose and Fractal Tiles (2012)
• [[papers/2012/bridges2012-599|Let’s Make a $(3^6{)}_{\mathrm{D}}$ $(3^6{)}_{\mathrm{L}}$ Chiral Tessellation Dance]] (2012)
• Adding It All Up: Building the National Museum of Mathematics (2013)
• Hexagons and Their Inner World (2013)
• MArTH Madness: Building a Culture of Mathematical Art at Saint Ann’s School (2013)
• Common Threads between Mathematics and Quilting (2014)
• Geometric Constructions of Korean Danchong Patterns and Building Platonic Solids (2014)
• Sinan’s Screens: Networks of Intersecting Polygons in Ottoman Architecture (2014)
• A Successful Belgian Art & Math Exhibition with Workshops (2015)
• Algorithmic Quilting (2015)
• Geometry in the Pocket (2015)
• Math-Infused Art Lessons, Art-Infused Math Lessons (2015)
• Soccer Ball Symmetry (2015)
• The Geometric Studies of Some Mosaic Design Compositions and Puzzles Presented in a Thirteenth Century Treatise (2015)
• Shape-Changing Polyhedra (2016)
• A Bridges Center for Mathematical Connections in Art and Science (2016)
• Mathematikon: A Mathematical Shopping Center (2016)
• Classifying Hexagonal Tilings in Islamic Architecture with a Single Numerical Parameter (2016)
• Modelling Environmental Problem-Solving through STEAM Activities: 4Dframe’s Warka Water Workshop (2016)
• A Cellular Automaton for Pied-de-poule (Houndstooth) (2017)
• Algorithmic Aesthetics: Redefining Traditional Islamic Art (2017)
• Applying Helical Triangle Tessellations in Folded Light Art (2017)
• Obtaining the H and T Honeycomb from a Cross-Section of the 16-cell Honeycomb (2017)
• Transforming Squares to Strips in Expanded Polyhedral Forms (2017)
• Using African Designs in Virtual Manipulatives for Geometrical Concept Development (2017)
• 4-3 Dissection Tiling System (2018)
• A Design Method Based on Close-Packing Circles and Spheres of Multiple Sizes for Designers and Architects (2018)
• Art and Recreational Math Based on Kite-Tiling Rosettes (2018)
• New Metamorphosis Patterns (2018)
• When Mathematics Meets Art: How Might Art Contribute to the Understanding of Mathematical Concepts? (2018)
• A Shape-based Approach to Creativity and Connection Making (2019)
• Combining Two Pictures on a Miura Fold (2019)
• The Obtetrahedrille as a Modular Building Block for 3D Mathematical Art (2019)
• The Planar Crystallography Groups as an Iconographic Analysis Tool in Islamic Art (2019)
• Walkable Curves and Knots (2019)
• Composite: MoMath’s Intersection of Math and Art (2020)
• Creating Non-Euclidean Art with Craft Technologies (2020)
• Reciprocal Polyhedral Forms using Strip Pairs (2020)
• Semi-generalizing Miura-Ori with Divots into Rotationally Symmetric Lampshades with Smooth-Curving Profiles (2020)
• Stimulating the Theatre of the Mind: Diluvio: Teatro delle Ombre (2020)
• Weaving Paper into Star Patterns (2020)
• A Papercrafted Pattern on a Triply Periodic Polyhedron (2021)
• Creativity and Rigor: A Bead Crochet Mathematics Course (2021)
• Quadruple Tetrahedron Surface Tilings (2021)
• A Fish Pattern on a Regular Triply Periodic Polyhedron (2022)
• Approximating Edge-Touching Regular Polygon Patterns Using Chain Maille (2022)
• Creating Auxetic Structures in Three-Dimensional Weaving (2022)