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Midsole Concept: TPMS Gyroid
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This model deals with a Triply Periodic Minimal Surface (TPMS)
Put simply, these geometries are crystalline structures
that are repeated in three dimensions | triply periodic
and have a minimized surface area
spanning the piece boundary | minimal surface
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All parts were modeled using Rhino,
lattice integration was performed through nTopology,
and design edits were created in Procreate
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Integrated Midsole
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Higher thickness density at regions of
highest pressure during running,
optimizing cost and production time
Midsole Concept: Voronoi Tetrahedra
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This model uses randomly spaced points to
generate a lattice structure formed of tetrahedra cells
These random points could be replaced with actual data points
gathered from force plates to adjust the structure in accord with
regions of higher demand during running
Midsole Concept: Strut-based Lattice
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This model deals with a conventional strut-based lattice geometry
These structures are formed simply by nodes and beams of
coherent connectivity between unit cells
They exhibit high impact energy absorption along with
promising energy return properties all while
promoting low mass and infinite design freedom
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