The present study is focused on the design of a regenerative flow pump for artificial heart pump application and the experimental testing and results. It is based on the improved momentum exchange theory proposed by Yoo et al. [1]. Salient feature of the present design procedure is that it does not require any re-adjustment of the input data. Using the design procedure, a regenerative flow type blood pump has been designed and manufactured to confirm its validity.
YooI. S.ParkM. R.ChungM. K.Improved momentum exchange theory for incompressible regenerative turbomachines. Proc. IMechE, Part A: J. Power and Energy, 2005, 219 (7), 567–581.
2.
WilsonW. A.SantaloM. A.OelrichJ. A.A theory of the fluid dynamic mechanism of regenerative pumps. Trans. ASME, 1955, 77, 1303–1316.
3.
SenooY.A comparison of regenerative pump theories supported by new performance data. Trans. ASME, 1956, 78, 1091–1102.
4.
DeWittD. P.Rational design and development of the regenerative pump. MS Thesis, MIT, 1957.
5.
RizikaJ. W.The design and performance analysis of centrifugal field machines, rational design and development of the regenerative pump. NREC report no. 1061–1, 1963.
6.
IdelchickI. E.Handbook of hydraulic resistance, 3rd edition, 1993 (Begell House, New York).
