Laminar Flow Studies of a Low-temperature Space Radiator Model Using D-shaped Tubes PDF Download

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Laminar Flow Studies of a Low-temperature Space Radiator Model Using D-shaped Tubes

Laminar Flow Studies of a Low-temperature Space Radiator Model Using D-shaped Tubes PDF Author: Theodore C. Cintula
Publisher:
ISBN:
Category : Laminar flow
Languages : en
Pages : 44

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Book Description
Test results of a low-temperature space radiator model are presented. Radiator performance is evaluated with a low-thermal-conductivity fluid in laminar flow in D-shaped cross-section tubes. The test covered a Reynolds number range from 50 to 4500 and a fluid temperature range from 294 to 414 K (70 to 286 F). For low-temperature radiators, the fluid-to-surface temperature differential was predominately influenced by fluid temperature in laminar flow. Heat transfer and pressure drop for the radiator tube could be predicted within engineering accuracy from existing correlations.