Project InfoState-of-the-Art Multiphysics Simulations to Better Understand Additive ManufacturingJonah Klemm-Toole | jklemmto@mines.eduPhysical processes such as solidification in additive manufacturing (AM) occur too quickly and are too localized to directly measure...
Project InfoIntegration of Sociotechnical Engineering into Core CoursesStephanie Claussen | sclausse@mines.eduThis project strives to make evident the sociotechnical nature of engineering in core engineering courses at Mines and CU Boulder. As an engineering education...
Project Info Improving Microwave Device Efficiency Through Quantitative Visualization of Electromagnetic Fields Peter Aaen | paaen@mines.edu Have you every wondered what the electromagnetic fields actually look like? Using a single pixel camera based on electro-optic...
Project InfoModeling Well Logging for Oil and Gas ApplicationsMohammed Hadi | mhadi@mines.eduDevelop a numerical technique which allows real-time data analysis from well logging operations to improve well drilling efficiency. The developed technique will also help...
Project InfoModeling Multi-Scale Electromagnetic PhenomenaMohammed Hadi | mhadi@mines.eduThe aim is to extend present technologies for modeling and predicting electromagnetic phenomena to efficiently use computing resources optimized numerical techniques. When...
