3D-PRINTING WITH WATER-SOLUBLE, BIODEGRADABLE MATERIALS
date: 2024 with: Jesse HowardJelle De DeckerMarta BoniakivskaLeonard De CausmaeckerJamie van Duuren at:https://timelab.org/events/1636-Summercamp-Fiber-Fever-24%253A-Exploring-Biomaterials During the 2024 timelab summercamp, the large Mikaki machine was converted to a Duet-controller and fitted with modified clay-extruders to experiment with different water-based mixtures. The extruders used were modified versions of the published extruders from: -Eduardo
AXIAL-FLUX MOTOR CONCEPT
Prototype of a 3D-printed,carbon-reinforced, light-weight, axial-flux machine. The goal of this project was to: 1-Evaluate the feasability of 3D-printing a brushless motor prototype, as opposed to earlier prototypes built at VUB that are built from aluminium CNC-machined parts. A 3D-printed motor would allow for faster prototyping and allow for more complex geometry such as internal cooling channels. 2-Create a power/efficiency benchmark for a light-weight, core