Processing math: 100%

Article

Heat and Mass Transfer and Physical Gasdynamics
2009. V. 47. № 6. P. 843–848
Varava A.N., Dedov A.V., Komov A.T., Malakhovskii S.A.
Experimental investigation of critical heat flux under boiling in subcooled swirling flow under conditions of one-sided heating
Annotation
Results are given of an experimental investigation of critical heat flux in a turbulent swirling flow of subcooled water under one-sided heating. The parameters of flow are varied in the following ranges: the pressure of water at the inlet, 0.7 and 1.0 MPa; mass velocity ρw, 1100 to 9900 kg/(m2s) flow swirl coefficient k=0.19 and 0.37; the temperature of water at the inlet—20, 40, and 60∘C; and the hydraulic diameter of the channel, 2.16 mm.
Article reference:
Varava A.N., Dedov A.V., Komov A.T., Malakhovskii S.A. Experimental investigation of critical heat flux under boiling in subcooled swirling flow under conditions of one-sided heating, High Temp., 2009. V. 47. № 6. P. 843