Selective Permeability Magnet Project- Fabricates samples to tune magnetic permeability in materials utilized in electric applications- Analyzes raw data to understand how successfully target phases have been obtained- Proposes metal compositions in response to test resultsArchitected Magnet Powders- Tailors magnetic printed materials via surface modification to increase their (BH)max and improve electric propulsion performance while reducing the mass, volume and cost of… Show more Selective Permeability Magnet Project- Fabricates samples to tune magnetic permeability in materials utilized in electric applications- Analyzes raw data to understand how successfully target phases have been obtained- Proposes metal compositions in response to test resultsArchitected Magnet Powders- Tailors magnetic printed materials via surface modification to increase their (BH)max and improve electric propulsion performance while reducing the mass, volume and cost of targeted machines- Evaluates samples’ surface profiles to filter out print and materials parameters3D-printed Strong Aluminum Alloy- Prepares samples for microscopy analysis after compositions and microstructures unseen in conventional alloy processing were printed- Develops a unique ion milling procedure to safely clean target alloy surfaces Show less

- Evaluated microstructures and corresponding grain size ratings to define a daily average of 10 forging temperatures- Ensured all products met the requirements of the approved manufacturing plans and customer demands

- Investigated exposure/environmental parameters to optimize adhesion properties of Elastomeric Polyurethane specimen coated in NuSil fluorosilicone and a silane coupling agent after being printed on Carbon Inc.’s M1- Adjusted experiment procedures to maintain process control and to overcome inevitable errors likely to be introduced in a manufacturing setting for hearing aid production and quality assurance purposes

- Proposed hypothesized methods to explore effects of different part orientations, powder recyclability, and powder flow in print process based on proprietary research- Tested rheology characteristics under set conditions for specific metal powders by utilizing FT4 Powder Rheometer