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Fathauer Walkabouts draw inspiration from mathematical artist Robert Fathauer’s 2019 Bridges Math and Art Conference paper, Walkable Curves and Knots. Walkables feature stepped over-crossings and/or under-crossings, offering an architectural interpretation of geometric and topological structures. This collection expands Dr. Fathauer’s work to include braids, weaves, and links—indeed, every Stewart alternating knot, link, braid, and weave has a walkable counterpart. More of Dr. Fathauer’s work can be found at: The Mathematical Art of Robert Fathauer .
structure: Fathauer walkable polylink
components: cubes, pentagonal prisms, decagonal prisms, truncated icosidodecahedra
structure: Fathauer walkable Girih icosidodecahedron
components: cubes, pentagonal prisms
structure: Fathauer walkable pentafoil knot
components: squares, pentagons
structure: Fathauer walkable polylink
components: cubes, pentagonal prisms, decagonal prisms, rhombicosidodecahedra
structure: Fathauer walkable link
components: cubes, hexagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, hexagonal prisms
structure: Fathauer walkable link
components: cubes, hexagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, hexagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, pentagonal prisms
structure: Fathauer walkable link
components: cubes, decagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, octagonal prisms
structure: Fathauer walkable link
components: cubes, pentagonal prisms
structure: Fathauer walkable link
components: cubes, hexagonal prisms
structure: Fathauer walkable knot
components: cubes, hexagonal prisms, decagonal prisms
structure: Fathauer walkable knot
components: cubes, decagonal prisms
structure: Fathauer walkable polyknot
components: cubes, hexagonal prisms, truncated tetrahedra
structure: Fathauer walkable knot
components: cubes, heptagonal prisms
structure: Fathauer walkable knot
components: cubes, hexagonal prisms
structure: Fathauer walkable knot
components: cubes, hexagonal prisms
structure: Fathauer walkable knot
components: cubes, pentagonal prisms
structure: Fathauer walkable knot
components: cubes, decagonal prisms
structure: Fathauer walkable knot
components: cubes, heptagonal prisms
structure: Fathauer walkable knot
components: cubes, nonagonal prisms
structure: Fathauer walkable knot
components: cubes, pentagonal prisms
structure: Fathauer walkable knot
components: cubes, heptagonal prisms
structure: Fathauer walkable knot
components: cubes, pentagonal prisms
structure: Fathauer walkable knot
components: cubes, pentagonal prisms
structure: Fathauer walkable knot
components: cubes, decagonal prisms
structure: Fathauer walkable braid
components: cubes, hexagonal prisms
structure: Fathauer walkable weave
components: cubes, hexagonal prisms
structure: Fathauer walkable weave
components: cubes, octagonal prisms
structure: Fathauer walkable rhombic dodecahedron
components: cubes, pentagonal prisms
structure: Kepler-Fathauer walkable handleoid doecahedral polytoroid
components: cubes, pentagonal prisms
structure: Kepler-Fathauer walkable handleoid doecahedral polytoroid
components: cubes, pentagonal prisms
structure: Fathauer walkable knotted icosahedron
components: triangular prisms, cubes, hexagonal prisms
structure: Fathauer walkable star rhombic triacontahedron
components: squares, pentagons
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