Computational Component Designs
Computational Component Designs
Using parametric design tools to make component design more efficient.
These are components from the WF3 AR glasses concept, optimized for better performance and less material usage. These materials are meant to be 3D printed, improving production efficiency for these parts.
Inspired by nature's way of designing with help of evolution and natural selection, Computational Topology Optimisation was used to create these lightweight glasses with organic bone-like aesthetics.
The heat sink is made from a Lattice structure, increasing surface area and air permeability, increasing its heat dissipation.
It would be 3D printed with SLA technology in aluminium.
The heat sink is made from a Lattice structure, increasing surface area and air permeability, increasing its heat dissipation.
It would be 3D printed with SLA technology in aluminium.
The optics case has cooling vents with varying radii to encourage upward ventilation.
Such patterns would have been painstaking to design individually without parametric design tools.
The optics case has cooling vents with varying radii to encourage upward ventilation.
Such patterns would have been painstaking to design individually without parametric design tools.
