High-Temperature Fracture Toughness (Thesis)
Outfitting a Gleeble 3800 with a novel apparatus using induction heating and optical methods to measure fracture properties of metals at extreme temperatures.
A selection of engineering work. Each card is a placeholder — add images, detail, and links as you build it out.
Outfitting a Gleeble 3800 with a novel apparatus using induction heating and optical methods to measure fracture properties of metals at extreme temperatures.
Automating a manual desktop injection-moulding machine with motors, a powertrain, microcontrollers, and control algorithms.
Designed and manufactured precision tensile grips for synthesized ductile polymers — clamping firmly without deforming the sample.
A device to stir a reaction under vacuum, using a magnetic coupling to transfer torque across an airtight seal.
Refurbishment of laboratory microslice equipment.