By M. Ishii, G. Kocamustafaogullari (auth.), S. Kakaç, M. Ishii (eds.)
Over the previous 20 years, two-phase move and warmth move difficulties linked to two-phase phenomena were a problem to many investigators. Two-phase move purposes are present in quite a lot of engineering platforms, comparable to nuclear and standard strength vegetation, evaporators of refrigeration platforms and a large vari ety of evaporative and condensive warmth exchangers within the chemical undefined. This e-book relies at the invited lectures awarded on the NATO complicated learn Workshop at the Advances in Two-Phase circulate and warmth move. The Horkshop was once attended by means of greater than 50 major scientists and working towards engineers who paintings actively on two-phase movement and warmth move examine and purposes in dif ferent sectors (academia, govt, undefined) of member international locations of NATO. a few medical leaders and specialists at the material from the non-NATO international locations have been additionally invited. They convened to debate the state of the art in two-phase circulate and warmth move and formulated techniques for destiny study instructions. to accomplish those ambitions, invited key papers and a constrained variety of contributions have been offered and mentioned. the categorical points of the topic have been handled extensive within the panel classes, and the unresolved difficulties pointed out. appropriate as a pragmatic reference, those volumes include a scientific method of two-phase move analysis.
Read Online or Download Advances in Two-Phase Flow and Heat Transfer: Fundamentals and Applications Volume 1 PDF
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Extra info for Advances in Two-Phase Flow and Heat Transfer: Fundamentals and Applications Volume 1
5 kW/m mt. 0 m ""- 3 Fig. 8 g/s mt. 0 m Fig. 8 Response of lo ca l pr in in le t flo wr ate ; eves su re drop to in cr ea se aporating flow what would normally be fo r evaporating flow. a slower response as Z + L. 1 ·6. f. '3 Fig. 9 Response of lo ca l pr es in in le t flo wr ate ; co su re drop to in cr ea se ndensing flow 34 the condenser. Considerable differences are again seen to exist between the characteristics of the pressure drop transients for evaporating flows and the corresponding transients for condensing flows.
12. L. L. Wedekind. " ASME Journal of Heat Transfer 102 (1980) 694-700. 38 13. L. L. Bhatt. " Two-Phase Transport and Reactor Safety, Vol. , Proceedings of the Two-Phase Flow and Heat Transfer Symposium-Workshop, Fort Lauderdale, Florida (1976) 191-211; also Journal of Heat Transfer 99 (1977) 561-567. 14. T. L. Wedekind. " Presented at the 2nd Multi-Phase Flow and Heat Transfer Symposium-Workshop, Miami Beach, Florida (1979). 15. Zuber, N. W. Staub. " Nuclear Science and Engineering 30 (1967) 268-278.
Proceedings of the Two-Phase Flow and Heat Transfer Symposium-Workshop, Fort Lauderdale, Florida (1976) 191-211; also Journal of Heat Transfer 99 (1977) 561-567. 14. T. L. Wedekind. " Presented at the 2nd Multi-Phase Flow and Heat Transfer Symposium-Workshop, Miami Beach, Florida (1979). 15. Zuber, N. W. Staub. " Nuclear Science and Engineering 30 (1967) 268-278. 16. Zuber, N. W. Staub. " International Journal of Heat and Mass Transfer 9 (1966) 871-895. 17. T. B. Nicoll. " International Journal of Heat and Mass Transfer 14 (1961) 1377-1394.