
- LPBF Printer
- Metal FFF Printer
- DIW Printer
- Resin Printer
- LBPF Polymer Printer
At the Center for Advanced Materials Processing, engineers work with a range of materials from metals to plastics to biobased polymers. To support work in studying how to best produce them, researchers maintain several labs equipped with the latest technology and software.
Several labs on the Athens campus support CAMP research.
To develop the materials of tomorrow, state-of-the-art facilities are required. Throughout CAMP lab facilities, there is a cache of state-of-the-art equipment and software to bring novel ideas to life.
We advance hydrodynamic bearing technology through combined simulation and experiments that reduce design risk, optimize performance, and accelerate development cycles. Our integrated approach ensures reliable, validated results to meet demanding needs.
Simulation- Comprehensive modeling including:
• Pure hydrodynamics and elastohydrodynamics (EHL)
• Thermo-elastohydrodynamics (TEHD)
• Steady-state and transient operating conditions
Experimental Testing- Advanced test rig offering:
• Rotational speeds up to 15,000 RPM
• Static loads up to 18.7 kN; dynamic loads up to 13.3 kN at 20 Hz
• Custom speed and load waveform generation for realistic duty cycles
• Pressure-based bearing alignment system
• Controllable lubricant inlet conditions
• High-precision instrumentation to collect performance data
We work with industry, government, and academic partners to support:
• SBIR/STTR proposals and joint research projects
• Contract research and testing
• Development partnerships
Contact us to discuss how CAMP can support your research!
We are always seeking highly talented and motivated engineers to join our team. Contact Dr. Muhammad Ali to learn more.