40 



8. Walker, W.P., "Detection of Laminar Plow on Ship Models," Trans, of 

 Inst, of Naval Architects, Vol. 91. 1949, PP- 220 - 2}6. 



9. Dryden, H.L., "Air Plow in the Boundary Layer 'Near a Plate," NACA 

 Report No. 562, Washington, D.C., 1936, p. 12. 



10. Fage, A. and Preston, J.H., "On Transition from Laminar to Turbulent 

 Flow in the Boundary Layer," Proc . of Royal Soc . of London, Vol. 178, August 

 1941, pp. 201 - 277. 



11. Prandtl, L. and Tietjens, O.G., "Applied Hydro- and Aeromechanics," 

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12. Gertler, M. , "The Prediction of the Effective Horsepower of Ships 

 by Methods in Use at the David Taylor Model Basin," TMB Report 576, December 

 1947. 



13. Rossell, H.E. and Chapman, L.B., Editors of "Principles of Naval 

 Architecture," Society of Naval Architects and Marine Engineers, New York, 

 N.Y., 1941, Vol. II, pp. 76" - 89. 



14. Schllchting, H., "Experimental Investigation of the Problem of Sur- 

 face Roughness," NACA Tech. Memo No. 823, Washington, D.C., April 1937. P- 26. 



15. Rouse, H., "Elementary Mechanics of Fluids," Wiley and Sons, Inc., 

 New York, N.Y., 1946, page 247. 



16. Willis, J.B., "Review of Hot Wire Anemometry, " Report ACA-19, 

 Australian Council for Aeronautics, October 1 9^+5 • 



17. Macovsky, M.S., "The Measurement of Turbulence in Water," TMB Report 



670, October 1948. 



