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Abstract

In this paper, after the mention of alternative policies that might control the planning and conduct of instructional laboratories in general, it is suggested how either of these policies might be adapted to hydraulic laboratories. Probably because of these diverse possibilities there seems to be no accepted or standardized layout for such laboratories. Nevertheless, it might be possible to derive guidance from the record of development in one particular technological institution, showing how equipment and operation have responded to changing circumstances.

The institution chosen for study in the paper is the Faculty of Engineering of the Fouad I University, Giza, Egypt, where, twice within the space of thirty years, the staff have had the opportunity of planning completely new hydraulic laboratories. Some units of experimental equipment are described, and comments are added giving the results of experience in the conduct of the laboratories.

To show the interrelation between instruction and research in such an institution, the findings of some post-graduate research projects carried out there are summarized.

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References

Addison

1929 Selected Engineering Papers No. 75, “Experiments on an Archimedean Screw” (Inst. C.E., London).

1931 Selected Engineering Papers No. 105, “The Flow of Water Through Groups of Sluices” (Inst. C.E., London).

1938 Engineering, vol. 145, p. 227, “The Use of Pipe Bends as Flow Meters”.

1942 The Engineer, vol. 173, p. 390, “Some Experiences with Water Meters”.

Addison

, and Sadek

1948 The Engineer, vol. 186, pp. 459, 484, “Velocity Distribution in Roto-dynamic Pump Casings”.

Anon. 1922 The Engineer, vol. 134, p. 69, “The Work of the School of Engineering, Giza”.

Fawzi

A. A.

1951 Thesis, Fouad I University, Cairo, “Energy Losses in Roto-dynamic Pumps”.

Hurst

H. E.

, and Watt

D. A. F.

1923–24 Proc. I.C.E., vol. 218, Part II, p. 72, “The Similarity of Motion of Water Through Sluices and Through Scale Models”.

Johnson

K. L.

1952 Bulletin of Mech. Engineering Education, College of Technology, Manchester, No. 1, p. 7.

10.

Sami

1950 Thesis, Fouad I University, Cairo, “Self-priming Pumps”.

11.

Sayed

1949 Thesis, Fouad I University, Cairo, “Pressure and Velocity Distribution in Centrifugal Pump Impellers”.

12.

Shukri

1949–50 Proc. Am. Soc. C.E., vol. 75, p. 713, “Flow Around Bends in an Open Flume”.

13.

Thomson

1952 Bulletin of Mech. Engineering Education, College of Technology, Manchester, No. 2, p. 47, “A Demonstration Water Tunnel”.

Instruction and Research in Hydraulic Laboratories

Abstract

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References