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“By the application of power”

Published online by Cambridge University Press:  04 July 2016

John L. Edwards
John L. Edwards*
Affiliation:
Manufacturing, Rolls-Royce (1971) Limited
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Extract

Sir George Cayley was a great man, many years in advance of his time and with a grasp of fundamentals which must be the envy of many people, even today. Consider the mental prowess of a man who in the technical environment of 170 years ago, where a 12 hp engine was as shown in Fig. 1, could make the statement that, “The whole problem is confined within these limits, namely, to make a surface support a given weight by the application of power to the resistance of air”; it is truly remarkable. It seems to me that the phrase I have extracted from that statement as a title to this lecture epitomises both the man and the subject.

Type
Research Article
Information
The Aeronautical Journal , Volume 79 , Issue 770 , February 1975 , pp. 59 - 85
Copyright
Copyright © Royal Aeronautical Society 1975 

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References

Banks, F. R., CB, OBE, CGIA, Hon FIAS, FRAeS, MIMechE, Inst Pet. The Present and the Future. RAeS, 3rd November 1958; Eighth Sir George Cayley Memorial Lecture. RAeS, 8th November 1961.Google Scholar
Dr. ING.Bazzochi, Ermanno, FRAeS. Technical Aspects of the Schneider Trophy and the World Speed Record for Seaplanes. RAeS, 17th March 1971.Google Scholar
Gibbs Smith, Charles H., MA, Honorary Companion. Sir George Cayley, Father of Aerial Navigation, 1773-1857. RAeS, April 1974.Google Scholar
SirEdwards, George, OM, CBE, FRS, Hon FRAeS. Looking Ahead with Hindsight. RAeS, April 1974.Google Scholar
SirSmith, Geoffrey. Gas Turbines and Jet Propulsion. Google Scholar
Wilkinson, P. H. Aircraft Engines of the World. Google Scholar
Janes, . All the World's Aircraft. Google Scholar
Sawyers, . Gas Turbine Catalogue. Google Scholar
Rolls-Royce (1971) Ltd. The Magic of a Name; The Jet Engine. Google Scholar
Armstrong Siddeley Motors Ltd. The Evening and the Morning. Google Scholar
Wilson, C. H. and Reader, H. J. Men and Machines. Google Scholar
Simonis, Edward A. and Perks, Malcolm. Helicopter Engine Control—The Past 20 Years and the Next. Agard Pre Part No 151.Google Scholar
Smithsonian Air and Space Museum. The Curtiss D12 Aero Engine. Smithsonian Annals of Flight, No 7.Google Scholar
Swan, Andrew, BSC, AMICE, AFRAeS. Handbook of Aeronautics, Vol 11 (1934).Google Scholar
Moult, E. S., PhD, BSc, FRAeS, MIMechE and Pearson, H., BA, AFRAeS. The Relative Merits of Centrifugal and Axial Compressors for Aircraft Gas Turbines. RAeS, March 1951.Google Scholar
Moult, E. S., CBE, PhD, BSc, CEng, FRAeS. Small Aero Engines—Past Present and Future. RAeS, May 1968.Google Scholar
Edwards, J. L., BSC, AMlMechE, AFRAeS. Reheat for Gas Turbines. RAeS, February 1955.Google Scholar
Young, Pierre. Propulsion Controls on the Concorde. RAeS, September 1966.Google Scholar
Morley, A. W., PhD, AFRAeS. Notes on Air Breathing Engines for Supersonic Flight. RAeS, May 1957.Google Scholar
BRIE. A History of British Rotorcrnft. Google Scholar
Snell, W. U., CE, FIMechE, FRAeS, MIPE, ALBONE TREVOR, P. E. Developments in British Gas Generators for Gas Turbines. ASME, March 1969.Google Scholar
Day, K. R. The Alvis Car— 1920–1966.Google Scholar
Schlaifer, Robert. Development of Aero Engines. Google Scholar