Local jet impingement boiling heat transfer with R113

Heat and Mass Transfer/Waerme- und Stoffuebertragung

Volumn 40, Issue 6-7, 2004, Pages 539-549

  Zhou, D W ^a   Ma, C F ^a  

^a BEIJING UNIVERSITY OF TECHNOLOGY   (China)

Author keywords

Boiling heat transfer; Critical heat flux; Highly wetting liquid; Jet impingement

Indexed keywords

BOUNDARY LAYERS; DATA REDUCTION; INTERPOLATION; JETS; MICROELECTRONICS; NATURAL CONVECTION; NUCLEATION;

BOILING HEAT TRANSFER; CRITICAL HEAT FLUX; HIGHLY WETTING LIQUID; JET IMPINGEMENT;

HEAT TRANSFER;

EID: 21044441041     PISSN: 09477411     EISSN: None     Source Type: Journal    
DOI: 10.1007/s00231-003-0463-7     Document Type: Article

References (40)

1. Lienhard JH; Dahbura VR; Younis HF; Oh CH (1997) Experiments on jet array cooling modules with water for high heat flux removal. High Heat Flux and Synchrotron Radiation Beamlines, SPIE 3151: 6-17
2. Liu X; Lienhard JH (1993) Extremely high heat fluxes beneath impinging liquid jets. ASME J Heat Transfer 115(6): 472-476
3. Aihara T; Kim JK (1993) Boiling heat transfer of a micro-impinging jet of liquid nitrogen in a very slender cryoprobe. Int J Heat Mass Transfer 36(1): 169-175
4. Kandlikar SG (1998) Heat transfer characteristics in partial boiling, fully developed boiling, and significant void flow regions of subcooled flow boiling. ASME J Heat Transfer 120(5): 395-402
5. Mudawar I; Wadsworth DC (1991) Critical heat flux from a simulated chip to a confine rectangular impinging jet of dielectric liquid. Int J Heat Mass Transfer 34(5): 1465-1479
6. Wolf DH; Incropera FP; Viskanta R (1993) Jet impingement boiling. Adv Heat Transfer 23: 1-132
7. Ruch MA; Holman JP (1975) Boiling heat transfer to a Freon-113 jet impinging upward onto a flat, heated surface. Int J Heat Mass Transfer 18(12): 51-60
8. Monde M; Katto Y(1978) Burnout in a high heat-flux boiling system with an impinging jet. Int J Heat Mass Transfer 21(4): 295-305
9. Ma CF; Bergles AE (1983) Boiling jet impingement cooling of simulated microelectronic chips. Heat Transfer in Electronic Equipment- HTD, New York, 28: 5-12
10. Ma CF; Bergles AE (1986) Jet impingement nucleate boiling. Int J Heat Mass Transfer 29(2): 1095-1100
11. Lee TY; Simon TW (1989) High-heat-flux forced convection boiling from small regions. Heat Transfer in Electronic Equipment-HTD, New York, 111: 7-15
12. Gersey CO; Mudawar I (1993) Nucleate boiling and critical heat flux from protruded chip arrays during flow boiling. ASME J Heat Transfer 115(3): 78-84
13. Wolf DH; Incropera FP; Viskanta R (1996) Local jet impingement boiling heat transfer. Int J Heat Mass Transfer 39(7): 1395-1406
14. Yilmaz S; Westwater JW (1980) Effect of velocity on heat transfer to boiling Freon-113. ASME J Heat Transfer 102(2): 26-32
15. Ma CF; Yu J; Lei DH; Gan YP; Auracher H; Tsou FK (1985) Jet impingement transient boiling heat transfer on hot surfaces. In: Chen XJ, Veziroghv TN, Tien CL, Xi'an (eds) Second Int. Symposium Multiphase Flow and Heat Transfer 1: 349-356
16. Huang L; Witte LC (1996) An experimental investigation of the effects of subcooling and velocity on boiling of Freon-113. ASME J Heat Transfer 118(5): 436-442
17. Nonn T; Dagan Z; Jiji LM (1989) Jet impingement flow boiling of a mixture of FC-72 and FC-87 liquids on a simulated electronic chip. Heat Transfer in Electronic Equipment-HTD, New York, 111: 121-125
18. Nishikawa K; Hasegawa S; Honda H (1967) Studies on boiling characteristic curve. Reprinted from the Memoirs of the Faculty of Engineering, Kyushu University, XXVII(3): 134-154
19. Del Valle VH; Kenning DBR (1985) Subcooled flow boiling at high flux. Int J Heat Mass Transfer 28(6): 1907-1920
20. Grimley TA; Mudawwar I; Incropera FP (1988) Limits to critical heat flux enhancement in a liquid film falling over a structured surface that simulates a microelectronic chip. ASME J Heat Transfer 110(5): 535-538
21. Nakayama W; Behnia M; Mishima H (1998) Impinging jet boiling of a fluorinert liquid on a foil heater array. Proc. 11th Int. Heat Transfer Conf., Kyongju, Korea, 2: 319-324, The Korea Society of Mechanical Engineers
22. Yu J; Ma CF; Tien SR; Honda H (2001) Effects of surface condition and fluid subcooling on incipient and developed nucleate boiling of highly-wetting liquid. Int J Heat Mass Transfer (Accepted)
23. Liang HS; Yang WJ (1998) Nucleate pool boiling heat transfer in a highly wetting liquid on micro-graphite fiber composite surfaces. Int J Heat Mass Transfer 41(13): 1993-2000
24. Joudi KA; James DD (1981) Surface contamination, rejuvenation, and the reproducibility of results in nucleate pool boiling. ASME J Heat Transfer 103(8): 453-460
25. Dhir VK (1990) Nucleate and transition boiling heat transfer under pool and external flow conditions. Proc. 9th Int. Heat Transfer Conf., Jerusalem, Israel, 1: 129-153, Hemisphere Publishing Co.
26. Bergles AE; Chyu MC (1982) Characteristics of nucleate pool boiling from porous metallic coatings. ASME J Heat Transfer 104(5): 279-285
27. Marto PJ; Lepere VJ (1982) Pool boiling heat transfer from enhanced surfaces to dielectric fluids. ASME J Heat Transfer 104(5): 292-299
28. Zhou DW; Ma CF (2001) Experimental study of incipient boiling point with impingement circular submerged jets (in Chinese). J Eng Thermophys 22(3): 328-331
29. Park KA; Bergles AE (1987) Natural convection heat transfer characteristics of simulated microelectronic chips. ASME J Heat Transfer 109(2): 90-96
30. Fujii T; Fujii M (1976) The dependence of local Nusselt number on Prandtl number in the case of free convection along a vertical surface with uniform heat flux. Int J Heat Mass Transfer 19(10): 121-122
31. Webb BW; Ma CF (1995) Single phase liquid jet impingement heat transfer. Adv Heat Transfer 26: 105-217
32. You SM; Simon TW; Bar-Cohen A; Tong W (1990) Experimental investigation of nucleate boiling incipience with a highly-wetting dielectric fluid (R113). Int J Heat Mass Transfer 33(1): 105-117
33. Katsuta M; Kurose T (1981) A study on boiling heat transfer in thin liquid film (2nd report, the critical heat flux of nucleate boiling) (in Japanese). Trans JSME 47B: 1849-1860
34. Bergles AE; Rohsenow WM (1964) The determination of forced convection surface boiling heat transfer. ASME J Heat Transfer 86(8): 365-370
35. Katto Y; Shimizu M (1979) Upper limit of CHF in the saturated forced convection boiling on a heated disk with a small impinging jet. ASME J Heat Transfer 101(11): 265-269
36. Monde M; Okuma Y (1985) Critical heat flux in saturated forced convective boiling on a heated disk with an impinging jet-CHF in L-regime. Int J Heat Mass Transfer 28(8): 547-552
37. Monde M (1987) Critical heat flux in saturated forced convection boiling on a heated disk with an impinging jet. ASME J Heat Transfer 109(8): 991-996
38. Katto Y; Yokoya S (1988) Critical heat flux on a disk heater cooled by a circular jet of saturate liquid impinging at the center. ASME J Heat Transfer 31(8): 219-227
39. Kandula M (1990) Mechanisms and predictions of burnout in flow boiling over heated surfaces with an impinging jet. Int J Heat Mass Transfer 33(10): 1795-1803
40. Wang CH; Dhir VK (1993) Effect of surface wettability on active nucleation site density during pool boiling of water on a vertical surface. ASME J Heat Transfer 115(8): 659-669