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Seaplane Research

Published online by Cambridge University Press:  28 July 2016

H. M. Garner
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Type
Proceedings
Information
The Aeronautical Journal , Volume 37 , Issue 274 , October 1933 , pp. 829 - 863
Copyright
Copyright © Royal Aeronautical Society 1933

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References

List of References

Ref. 1. Warft Reederei Hafen No. 11. June 1st, 1931.Google Scholar
Ref. 2. Z.F.M. 12th November, 1932. “Apparatus for towing models at high speeds,” by Weitbrecht, H. M..Google Scholar
Ref. 3. Seventeenth Annual Report of the N.A.C.A., 1931.Google Scholar
Ref. 4. Aviation July, 1931.Google Scholar
Ref. 5. Felixstowe Report F/Res/49 (unpublished). “Measurement of the full scale water resistance of a 111F in steady and accelerated motion,” by Jones, E . T..Google Scholar
Ref. 6. Z.F.M., 19th January, 1928. “Uber die Messung der Krafte an Luftfahrzengen,” by Sewald, F..Google Scholar
Ref. 7. R. and M. No. 1411. “Effect of lateral stabilizers on take-off of a flying-boat,” by Coombes, L. P. and Read, R. H..Google Scholar
Ref. 8. R. and M. No. 1493. “Stability on the water of a seaplane in the planing condition,” by Perring, W. G. and Glauert, H..Google Scholar
Ref. 9. R. and M. No. 1492. “Porpoising tests on a model of a flying boat hull.” by Garner, H. M..Google Scholar
Ref. 10. R. and M. No. 583. “Impact of a model seaplane float on water,” by Bottomley, G. H..Google Scholar
Ref. 11. N.A.C.A. Report No. 328. “Water pressure distribution on a twin-float seaplane,” by Thompson, F. L..Google Scholar
Ref. 12. N.A.C.A. Report No. 346. “Water pressure distribution on a flying boat hull,” by Thompson, F. L..Google Scholar
Ref. 13. R. and M. No. 683. “Experiments with full-sized machines. Second series,” by Baker, G. S. and Keary, E. M..Google Scholar
Ref. 14. R. and M. No. 926. “P.5 Flying Boat N.86, Impact Test (experiments with full-size machines. Third series),” by the N.P.L., and M.A.E.E., Google Scholar
Ref. 15. N.A.C.A. Report No. 290. “Water pressure distribution on a seaplane float,” by Thompson, F. L..Google Scholar
Ref. 16. D.V.L. Year Book for 1930. “Aufzeichen schneller schwingungen nach dem ditzverfahren,” by Pabst, W..Google Scholar
Ref. 17. D.V.L. Year Book for 1931. “Uber den landestotz von Seeflugzengen,” by Pabst, W..Google Scholar