The Rotating Rig Setup and the Heat Transfer Test Module
2:01
Collecting Data to Determine the Thermal Emissivity Coefficient for the Infrared Thermography System
3:06
Dynamic Balancing of the Rotating Rig
4:02
Evaluation of Heat Loss Coefficients
5:19
Baseline and Rotating Heat Transfer Tests
7:22
Results: Examples of Decoupling Coriolis and Rotating Buoyancy Effects in Rotating Channels
8:56
Conclusion
Transcript
This method can help answer key questions in the heat transfer field including many rated to internal cooling of cast turbine rotor blades. The main advantage of this technique is the full field heat transfer data collected and the proposed data r
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Here, we present an experimental method for decoupling the interdependent Coriolis-force and rotating-buoyancy effects on full-field heat transfer distributions of a rotating channel.