56 models
This is a slide together math manipulative. You will need 48 square tilz, 24 hexagonal tilz, and 48 connectors. These are the correct connectors. This can be a challenging model to make. Recommended z-axis setting 3mm. It is inspired by…
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a 60 part slide together zero volume polyhedra kit Category: Math
This is a two part math manipulative for a Holden cuboctahedral polysurface. The recommended z-axis setting is 3mm. you will need 24 hexagonal tiles and 12 connectors
a 60 part slide together zero volume polyhedra kit Category: Math
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a polyhedron inspired by Alan Holden Category: Math Art
a 3 polyhedra inspired by Alan Holden Category: Math Art
this is a construction toy for the Holden cuboctahedral nolid. It is a slide together kit. I have not printed this so I cannot promise it will work you will have to experiment to see if it will. The components are all designed to fit.…
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
This is a classroom or lecture hall friendly slide together math manipulative. You will need: 24 triangle tilz 48 square tilz 24 connectors recommended z-axis setting 3mm.
a polytoroid inspired by BM Stewart Category: Math Art
a polyknot inspired by Rinus Roelofs Category: Math Art
a nolid (zero volume polyhedron) inspired by chemist Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a polyhedron inspired by Alan Holden Category: Math Art
This model of a cuboctahedral nolid is inspired by Alan Holden's book Shapes, Space, and Symmetry. It is one of 22 in this collection of slide together math manipulatives. You will need: 24 triangle tilz 12 connectors it is recommended…
a polyhedron inspired by Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a polytoroid inspired by BM Stewart Category: Math Art
a 1 sided surface inspired by Alan Holden Category: Math Art
a polylink inspired by Alan Holden (Upon request, I've added a 2nd model that maintains its cuboctahedral structure. However, it is no longer a polylink. Now it's a polymonosurface. Category: Math Art
a 1 sided surface inspired by Alan Holden Category: Math Art
a polytoroid inspired by BM Stewart Category: Math Art
a polylink based on a cuboctahedron Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
a nolid inspired by Alan Holden and BM Stewart Category: Math Art
a nolid (zero volume polyhedron) inspired by chemist Alan Holden Category: Math Art
a polyknot inspired by and designed for Dan Suttin and the Octa-Tetra Museum Category: Math Art
this radial cuboctahedral polylink is inspired by the book Orderly Tangles by Alan Holden. Category: Math Art
a nolid (zero volume polyhedron) inspired by chemist Alan Holden Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
a zero volume polyhedron inspired by Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a 60 part slide together zero volume polyhedra kit Category: Math
This is a classroom or lecture hall friendly slide together math manipulative. You will need: 24 triangle tilz 48 square tilz 24 connectors recommended z-axis setting 3mm.
This model of a cuboctahedral nolid is inspired by Alan Holden's book Shapes, Space, and Symmetry. It is one of 22 in this collection of slide together math manipulatives. You will need: 24 triangle tilz 12 connectors it is recommended…
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a zero-volume polyhedron inspired by Alan Holden Category: Math Art
a polytoroid inspired by BM Stewart Category: Math Art
a polytoroid inspired by BM Stewart Category: Math Art
a 1 sided surface inspired by Alan Holden Category: Math Art
a polylink inspired by Alan Holden (Upon request, I've added a 2nd model that maintains its cuboctahedral structure. However, it is no longer a polylink. Now it's a polymonosurface. Category: Math Art
a 1 sided surface inspired by Alan Holden Category: Math Art
