Origami Tessellations §

Group: 4 #group-4

Relations §

• Origami Sculpture: Origami tessellations involve creating repeating patterns and shapes through folding.
• Origami Sculpture: Origami tessellations can be used to create intricate origami sculptures and installations.
• Repetitive Designs: Tessellations involve creating repetitive designs by folding paper into repeating shapes.
• Origami Crease Patterns: Origami tessellations involve creating and understanding complex crease patterns in the folded paper.
• Tiling: Origami tessellations are a form of tiling, where folded paper units are arranged to cover a surface without gaps or overlaps.
• Modular Construction: Origami tessellations often involve modular construction, where individual folded units are combined to create larger patterns.
• Computational Origami: Computational origami involves using computer algorithms to design and analyze origami tessellations and other origami structures.
• Origami Art: Origami tessellations are a form of origami art, creating intricate and visually appealing patterns.
• Symmetry: Origami tessellations often exhibit symmetry in their patterns and designs.
• Origami Architecture: Origami tessellations have been applied in architectural design, inspiring folded structures and patterns.
• Origami Tessellation Techniques: There are various techniques and methods used specifically for creating origami tessellations.
• Geometric Patterns: Origami tessellations involve creating geometric patterns by folding paper into repeating shapes.
• Origami Tessellation History: Origami tessellations have a rich history, with roots in traditional origami and mathematical tiling patterns.
• Origami Mathematics: Origami tessellations involve mathematical principles, such as geometry, symmetry, and tiling.
• Origami: Origami tessellations involve folding and arranging paper into repeating patterns.
• Origami Design: Origami tessellations involve creating repeating patterns and tiling designs.
• Origami Mathematics: Origami tessellations involve the folding of repeating patterns that cover a surface.
• Origami Engineering: Origami tessellations have applications in engineering, such as in the design of deployable structures and materials.
• Modular Origami: Modular origami can create origami tessellations or tiled patterns.
• Kirigami: Kirigami, the art of paper cutting, is sometimes used in combination with origami tessellations to create intricate patterns.
• Modular Origami: Modular origami, where individual folded units are combined, is a common technique used in origami tessellations.
• Origami Crease Patterns: Origami tessellations involve repeating crease patterns to create tiled surfaces.
• Origami Polyhedra: Origami tessellations can be used to create polyhedra, or three-dimensional geometric shapes.
• Origami Tessellation Artists: Many artists have specialized in creating intricate and innovative origami tessellations.
• Paper Folding: Origami tessellations are a form of paper folding, using the traditional origami techniques.