- Advanced Thermal Science
- MAE Research and Laboratories
-
- Advanced Materials Testing & Evaluation (Fatigue and Fracture Laboratory)
- Advanced Thermal Science
- Alternative Fuel
- Applied Aerodynamics
- Coherent Optics
- Fluid Mechanics
- Fuel Cell Evaluation and Research Center
- Heat Transfer
- Materials Science
- Noise and Vibration
- Motion and Control (coming soon)
- Combustion (coming soon)
- Computational Engineering Physics Lab (coming soon)
Pool Boiling with R-113
 |
An aluminum vessel was constructed to study pool boiling experiments with variation of system pressure and fluid temperature. |
 |
A high-speed motion analyzer with a digital imager (Model CR2000) and a hydrophone system (Bruel & Khar Model 8103) deployed to study the bubble dynamics in connection with sound emission during pool boiling. |
 |
A Spot Heater (1 mm x 1 mm) enables to produce and control a single vapor bubble. |
 |
Boiling
Cavitation
A water vapor bubble reveals a water jet toward the surface during the collapse, which produces an intensive acoustic signal. |
 Pool Boiling Curve with R-113 |
|
 |
A Copper Heater developed in our laboratory. |
