Enhanced in-line mixing of 3d-printed pastes

Project Info Enhanced in-line mixing of 3d-printed pastes Geoff Brennecka | gbrennec@mines.edu 3d printing of ceramics with graded properties (e.g., permittivity, porosity, elastic modulus, etc.) using a multi-feedstock printer is promising for a number of...

Fatigue Properties of Grain Refined High Hardness Steel

Project Info Fatigue Properties of Grain Refined High Hardness Steel Robert Cryderman | rcryderm@mines.edu A heat treating process has been developed to produce high carbon steels with austenite grain sizes down to 5 microns, that when hardened to hardness above 60...