Pin-finned cylinder can increase heat-transfer rate to more than 4 times that of plain cylinder, depending on pin diameter and spacing. Smallest diameter, closest spacing, and largest pin length-to-diameter ratio gives highest average effective heat-transfer coefficients.
Heat-transfer coefficients of pin-finned cylinders
NASA Tech Briefs ; 1 , 4
1977-03-01
Miscellaneous
No indication
English
Surface heat-transfer coefficients of finned cylinders
Engineering Index Backfile | 1939
|Surface heat-transfer coefficients of finned cylinders
TIBKAT | 1939
|Surface heat transfer coefficients of finned cylinders
SLUB | 1939
|Surface heat-transfer coefficients of pin-finned cylinders
TIBKAT | 1975
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