Computational study of heat transfer from the inner surface of a circular tube to force high temperature liquid metal flow in laminar and transition regions

Author:

Hata K.,Fukuda K.,Masuzaki S.

Publisher

Springer Science and Business Media LLC

Subject

Fluid Flow and Transfer Processes,Condensed Matter Physics

Reference27 articles.

1. Lundberg RE, McCuen PA, Reynolds WC (1963) Heat transfer in annular passages. Hydro-dynamically developed laminar flow with arbitrarily Prescribed Wall temperatures or heat fluxes. Int J Heat Mass Transf 6:495–529

2. Petrovichev VI (1959) Heat transfer in mercury flow through annular channels. Atomnaya Energ 7:366–369

3. Ishiguro R, Sugiyama K, Sakashita H (1982) Heat transfer to liquid sodium through concentric and eccentric annuli channels. In: Grigull U et al (eds) Heat Transfer 1982, vol 5. Hemisphere Pub. Corp, New York, pp 481–486

4. Dwyer OE, Tu PS (1962) Unilateral heat transfer to liquid metals flowing in annuli. Nucl Sci Eng 15:58–68

5. Shiotsu M, Hata K, Takeuchi Y, Sakurai A (1993) Heat transfer from inner surface of a concentric annulus to forced flow of liquid sodium in the laminar and transition regions. Proc 6th Int Topical Meet Nucl React Thermal Hydraulics 2:1292–1301

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