7. Dr. Frankstein got an assignment of measuring the convection heat transfer coefficient of a blade of a large steam turbine. The blade has internal circulating coolant to reduce its temperature. In the real application, high temperature steam at 500°C flows over the blade at 80m/s. The blade is a size of 1.2 m. However, Dr. Frankstein's test facility can only accept a component with maximum size of 0.5 m. Please help Dr. Frankstein to design the experiment.
7. Dr. Frankstein got an assignment of measuring the convection heat transfer coefficient of a blade of a large steam turbine. The blade has internal circulating coolant to reduce its temperature. In the real application, high temperature steam at 500°C flows over the blade at 80m/s. The blade is a size of 1.2 m. However, Dr. Frankstein's test facility can only accept a component with maximum size of 0.5 m. Please help Dr. Frankstein to design the experiment.
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Transcribed Image Text:7.
Dr. Frankstein got an assignment of measuring the convection heat transfer
coefficient of a blade of a large steam turbine. The blade has internal circulating
coolant to reduce its temperature. In the real application, high temperature steam
at 500°C flows over the blade at 80m/s. The blade is a size of 1.2 m. However,
Dr. Frankstein's test facility can only accept a component with maximum size of
0.5 m. Please help Dr. Frankstein to design the experiment.
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