Academic Papers
- Technique, Characterization, and Economics of 3D Printed Precision Bushings - how 3D printing can replace Drawn-Over-Mandrel (DOM) seamless tubing via 3D print followed by lathe finishing at 1/5 the cost of Industry standard DOM
- Precision Wire Feed Control for Metal 3D Printing Applications
- Accuracy and Precision Limits of 3D Metal Prints Generated via Fused Wire Deposition
- Technique and Optimizatino of Wire Drawing for Metal 3D Printing Applications
- Controlled Atmosphere Chamber Design for Metal 3D Printing to Reduce Metal 3D Printing Costs
- Open Design Cost Performance Breakthrough - Analysis of CEB Brick Press
- Cost Reduction Analysis of Stock Metal Produced from Scrap via Induction-Furnace compared to Industry Standard Stock Steel
- Structural Analysis of metal scrap-cast CEB Press Parts Compared to Industrial Stock Metal-Build Brick Press
- Lifecycle Materials Analysis of Brick Press Workshop Structure
- Design and Build of a Scalable, Modular, Induction Furnace Power Supply
- Solar Powered Metal Melting and Rolling Machine for Economically-Feasible Stock Steel Production from Scrap
- (using biomass pellets as fuel or using biogas-electric generation
- using a biogas-electric system
- Using ultracapacitors (maybe not)
- Industrial Ecology of Building a Full-Sized Tractor for $500 in Parts
- Open Source, Modular, Scalable Modern Steam/Diesel Engine Hybrid: Piston Engine Construction Set
- Structural 3D Plastic Printed Linear Bushing Holders for Heavy Machine Guide Rails Using 3D Printed Nylon Bushings
Notes
Above is a brain dump that may be refactored and refined to meaningful and important problem statements
"MTU has proven the OSE has done..."