Project InfoUnderstanding Localized Deformation in Ni-Based Superalloys for Gas Turbine Disk ApplicationsAmy Clarke | amyclarke@mines.eduNi-based superalloys are used in gas turbines because of their oxidation resistance and superior strength at high temperatures. In...
Project InfoActive Subspaces in Landau DampingZhenzhen Yu | zyu@mines.eduWorldwide, there are emerging interests in advanced manufacturing of multi-material structures (e.g., by additive manufacturing), for a wide range of applications for the purpose of optimized...
Project InfoAdditively Manufactured Radiation ShieldingJeffrey King | kingjc@mines.eduThis project will develop plastic filaments impregnated with neutron and/or gamma ray absorbing materials. The resulting filaments can be used in low-cost fused-filament 3-D printers...
Project InfoCharacterization of the High Temperature Rocket Engine Alloy C-103Michael Kaufman | mkaufman@mines.eduThe niobium-based alloy, C-103, is used for high temperature rocket engine components because of its superior strength up to 1400 °C. It is critical to...
Project InfoSimulated Laser-Based Additive Manufacturing Experiments to Evaluate Laser-Metal InteractionsMichael Kaufman | mkaufman@mines.eduAdditive manufacturing (AM) involves highly dynamic environments where a high energy power source, such as a laser, melts...