This paper discusses the present state of knowledge of the manner in which the impeller geometry affects the developed head. A comparison with test results shows a very impressive agreement between theory and practice.
SaalfieldK.Einige neuere Gedanken zur Laufradberechnung von radialen und halbaxialen Kreiselpumpen (in German). KSB-Technische Ber., August 1966, 11..
2.
WelzE.Der Einfluss der Laufschaufelform auf Forderhohe und Wirkungsgrad der Kreiselpumpen (in German). Schweizer Arch., April 1966.
3.
YedidiahS.A revised approach towards calculating the head developed by an impeller. Second Symposium on Transport phenomena, Honolulu, Hawaii, 1988.
4.
YedidiahS.Calculation of head developed by a centrifugal impeller. ASME publication 89-FE-9, 1989.
5.
YedidiahS.An alternate method for calculating the head developed by a centrifugal impeller. ASME Symposium on General topics in fluid engineering, FED-Vol. 107, 1991, pp. 131–138 (American Society of Mechanical Engineers, New York).
6.
YedidiahS.A study of the performance of 6-impellers of identical axial section, and identical blade-tip angles. ASME Symposium on Fluid machinery, FED-Vol. 195, 1994, pp. 43–48 (American Society of Mechanical Engineers, New York).
7.
YedidiahS.Effect of blade-geometry on the head developed by a rotodynamic impeller. ASME Fluid Machinery Forum, 1995.
8.
YedidiahS.The theoretical head-capacity curve of a centrifugal impeller. ASME Fluid Machinery Forum, 1995.
9.
YedidiahS.A correlation between aerofoil theory and Euler's equation for calculating the head of a constant-pitch inducer. Proc. Instn Mech. Engrs, Part C, 1987, 205(C5), 1987, 357–363.
10.
YedidiahS.A study of application of the aerofoil theory for calculating the head developed by an axial-flow impeller. Proceedings of CSME Engineering Forum, 1990, pp. 25–29.
11.
YedidiahS.Limits of solidity effects on constant pitch inducers. ASME Cavitation and Polyphase Forum, 1979, pp. 16–18.
12.
YoungA. J.A photographic study of the flow within the vane passages of centrifugal pump impellers at normal delivery. BHRA publication RR. 518, December 1955.
13.
PfleidererC.Die Kreiselpumpen (in German), 5 editions, 1931–1961 (Springer Verlag, Berlin).
14.
YedidiahS.Effect of energy losses on the head developed by a rotodynamic pump. ASME Symposium on Pumping machinery, FED-Vol. 81, 1989, pp. 181–186 (American Society of Mechanical Engineers, New York).
15.
AeostaA. J.BowermanR. D.An experimental study of centrifugal pump impellers. Trans. ASME, 1957, 81, 1821–1838.