The paper presents an original criterion to parameterize systematically a cross-flow fan configuration according to the most significant variables defining the geometry and then affecting performance and efficiency. This choice of parameters has proved to be effective in a systematic series of experimental tests aimed at investigating directions for design improvement.
Issue Section:
Technical Papers
1.
Laakso, H., 1957, “Querstromventilatoren mit Druckkennverten ψ>4,” Heizung-Luftung-Haustechnik 8 (12).
2.
Tramposch, H., 1964, “Cross-Flow Fan,” ASME Paper No. 64-WA/FE-25.
3.
Ilberg
, H.
, and Sadeh
, W. Z.
, 1965–1966, “Flow Theory and Performance of Tangential Fans,” Proc. Inst. Mech. Eng., 180, Part 1, (19).4.
Ikegami
, H.
, and Murata
, S. A.
, 1966
, “Study of Cross Flow Fan. I. A Theoretical Analysis
,” Technol. Rep. Osaka Univ.
, 16
, pp. 557
–578
.5.
Porter, A. M., 1969, “A Study of the Tangential Fan,” Ph.D. thesis, Queen’s University, Belfast.
6.
Porter
, A. M.
, and Markland
, E.
, 1970, “A Study of the Cross Flow Fan,” J. Mech. Eng. Sci., 12(6).7.
Bush, E. H., 1972, “Crossflow Fans—History and Recent Developments,” Conference on Fan Technology and Practice, Apr. 18–19, London.
8.
Preszler, L., and Lajos, T., 1972, “Experiments for the Development of the Tangential Flow Fan,” Proc. of the 4th Conference on Fluid Machinery, Akademı´aı´ Kiado, Budapest, pp. 1071–1082.
9.
Eck, B., 1973, Fans, Pergamon Press, New York.
10.
Eck, B., U.S. Patent 2 942 773.
11.
Clayton
, B. R.
, 1975
, “A Review and Appraisal of Crossflow Fans
,” Building Services Engineer
, 42
, pp. 230
–247
.12.
Yamafuji
, K.
, 1975, “Studies on the Flow of Cross-Flow Impellers—1st Report, Experimental Study,” Bull. JSME, 18(123).13.
Yamafuji
, K.
, 1975, “Studies on the Flow of Cross-Flow Impellers—2nd Report, Analytical Study,” Bull. JSME, 18(126).14.
Murata
, S.
, and Nishihara
, K.
, 1976, “An Experimental Study of Cross Flow—1st Report, Effects of Housing Geometry on the Fan Performance,” Bull. JSME, 19(129).15.
Murata
, S.
, and Nishihara
, K.
, 1976, “An Experimental Study of Cross Flow—2nd Report, Movements of Eccentric Vortex inside Impeller,” Bull. JSME, 19(129).16.
Allen, D. J., 1982, “The Effect of Rotor and Casing Design on Cross-Flow Fan Performance,” “International Conference on Fan Design and Applications,” Sept. 7–9, Guilford, England, Paper No. J1.
17.
Tuckey, P. R., Holgate, M. J., and Clayton, B. R., 1982, “Performance and Aerodynamics of a Cross Flow Fan,” International Conference on Fan Design and Applications, Sept. 7–9, Guilford, England, Paper No. J3.
18.
Tanaka
, S.
, and Murata
, S.
, 1994, “Scale Effect in Cross-Flow Fans (Effects of Fan Dimension on Performance Curves),” Bull. JSME, series B 37(4).19.
Tanaka
, S.
, and Murata
, S.
, 1995, “Scale Effect in Cross-Flow Fans (Effects of Fan Dimension on Flow Details and the Universal Representation on Performances),” Bull. JSME, series B 38(3).20.
Lazzaretto
, A.
, Toffolo
, A.
, and Martegani
, A. D.
, 2003
, “A Systematic Experimental Approach to Cross-Flow Fan Design
,” ASME J. Fluids Eng.
, 125
, pp. 684
–693
.21.
Martegani, A. D., Macor, A., and Lazzaretto, A. 1995, “Ricerca e Sperimentazione sui Ventilatori a Flusso Trasversale. Part I: Considerazioni Teoriche e Linee di Sviluppo,” Part II: Sperimentazione di un Modello L’Installatore Tecnico, year 10, (3) and (4), CIDA ed., Mar.–Apr. 1996 (in Italian).
22.
Lazzaretto A., Macor A., Martegani A. D., and Martina, V., 1997, “Ricerca della Configurazione Ottimizzata della Cassa di un Ventilatore a Flusso Trasversale,” Proceedings of 52th Congresso Nazionale ATI, Sept. 22–26, Cernobbio, SGEditoriali Padova, Italy, pp. 919–937 (in Italian).
23.
Lazzarotto
, L.
, Lazzaretto
, A.
, Macor
, A.
, and Martegani
, A. D.
, 2001
, “On Cross-Flow Fan Similarity: Effects of Casing Shape
,” ASME J. Fluids Eng.
, 123
, pp. 1
–9
.Copyright © 2003
by ASME
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