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Heat transfer coefficients for a cup-like cavity rotating about its own axis
Ephraim M Sparrow, A. Chaboki
Mechanical Engineering
Research output
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Contribution to journal
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Article
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peer-review
19
Scopus citations
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Keyphrases
Heat Transfer Coefficient
100%
Cylindrical Surface
100%
Base Surface
100%
Heat Transfer
50%
Low Reynolds number
50%
High Reynolds number
50%
Rotating Disk
50%
Cavity Depth
50%
Unshrouded
50%
Surface Coefficient
50%
Power Law
25%
Length-diameter Ratio
25%
Thermal Boundary Conditions
25%
Cavity Length
25%
Deep Cavity
25%
Rotational Reynolds number
25%
Rotating Cavity
25%
Engineering
Rotating Cavity
100%
Heat Transfer Coefficient
100%
High Reynolds Number
66%
Rotating Disk
66%
Diameter Ratio
33%
Thermal Boundary Condition
33%
Depth of Cavity
33%
Cavity Length
33%
Rotational Reynolds Number
33%