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 D. M. MacPherson, The Ten Commandments of Reliable Speed Prediction, Small Craft Marine Engineering Resistance and Propulsion Symposium, University of Michigan, (1996).
 D. Savitsky, Hydrodynamic design of planing hulls, Marine Technology, 1(1) (1964) 71-95.
 D.J. Taunton, D.A. Hudson, R.A. Shenoi, Characteristics of a series of high speed hard chine planing hulls – Part 1: Performance in calm water. RINA-IJSC (1996).
 Basic Principles of Ship Propulsion, DIESELFACTS 1-2012, Man Diesel and Turbo. www. mandieselturbo. com.
 H. Schneekluth and V. Bertram, Ship Design for Efficiency and Economy. Second edition, Butterworth-Heinemann, Woburn, MA 01801-2041, (1998).
 V.L. Edward, Principles of Naval Architecture, Volume II, Resistance, Propulsion and Vibration, Second revision, The Society of Naval Architects and Marine Engineers, New Jersey, (1988).
 D. Bailey, The NPL high speed round bilge displacement hull series, the Royal Institution of Naval Architects, (1976).
 D.W. Taylor, The speed and power of ships, Second revision, US Maritime Commission, (1943).
 F.H. Todd. Series 60 methodical experiments with models of single-screw merchant ships, DTRC, TMB Report 1712 (1963).
 J.N. Nordstrom, Some systematic test with models of cargo vessesl with block coefficients 0. 575, SSPA 16 (1951).
 J.N. Nordstrom some systematic test with models of small vessels, SSPA 19 (1951).
 A.O. Warholm, Systematic test with models of coasters SSPA 24 (1953).
 U. Kiel and P. Schenzle, Modellversuche mit Extreme Breiten Schiffsformen- Wilderstandsversuche mit Extreme Breiten Schiffsformen (Cp = 0. 77), institut für schiffbau der Universität Hamburg, Bericht 333 (1975).
 P. van Oossanen, Resistance prediction of small high speed displacement vessels: state of the art, Symposium on The impact of 200mile economic zone, organised by the Royal Institution of naval Architect and the Institute of Marine Engineers, Sydney, Australia (1979).
 D.J. Doust, and T.P. O'Brien, Resistance and Powering of Trawlers. Transactions of the North East Coast Institute of Engineers and Shipbuilders 75 (1959).
 F.H. Todd Resistance and Propulsion. Principles of Naval Architecture. Chaptervrn, The Society of Naval Architects and Marine Engineers, NewYork, 2nd Edition (1967).
 C.C. Schneiders, Should Ship Performance be Predicted by Calculation, The Naval Architect. (1990).
 J.R. Kizer, Development of parametric sizing and synthesis tool for the design of planing hull watercraft, Aerospace Systems Design Lab, School of Aerospace Engineering, Georgia Institute of Technology (2011).
 F.C. Michelsen, J. L. Moss, J. Koelbel, D. Savitsky, H. Appolonio Small Craft Engineering: Resistance, Propulsion and Seakeeping, Department of Naval Architecture and Marine Engineering, The University of Mitchigan, 20 (1971).
 P. Young and J. Kemp, Ship stability notes and examples, Second edition, Butterworth- Heinemann, Woburn, MA 01801-2041, (1998).