3D Printing Meets Sustainability: SAMSax A Living Lab for Circular Economy
Customisation;3D printing;Powder;Sustainable development
Computational Redesign for Remanufacturing and Repurposing
Design;Manufacturing;Optimisation;Sustainable development
Increasing the energy efficiency of a high precision machine tool through active spindle shaft cooling control optimization
Control;Precision;Spindle;Temperature
Optimising finishing passes in micro-milling for dimensional tolerances
Methodology;Micromachining
Framework for identifying effective measures to improve the energy efficiency of machine tools
Methodology;Milling;Production;Standardization
The importance of material selection in accomplishing sustainability in a circular economy for mass manufactured bottle caps.
Conceptual design;Emission;Engineering;Sustainable development
Active Balancing for Carbon Capture Intensified Solutions
Spindle;Stability;Turning;Vibration
Investigating the Energy Efficiency of Thermal Error Compensation in Machine Tools
Thermal Error Compensation;Energy Efficiency;Machine Tools, Precision;Warm-up Cycles
Recycling of erosion sludge particles for laser beam direct energy deposition
Deposition;Electrical discharge machining (EDM);Microstructure;Welding