References

Holtrop, J. and Mennen, G.G.J.: "An approximate power prediction method", International Shipbuilding Progress, July 1982.

Holtrop, J.: "A statistical re-analysis of resistance and propulsion data", International Shipbuilding Progress, November 1984.

Andersen, P. and Guldhammer, H.E.: "A computer-orientated power prediction method", CADMO 1986.

Dankwardt, E.C.M.: "Algorithm for calculating the resistance of stern trawlers", BSRA translation 4213.

Van Oortmerssen, G.: "A power prediction method and its application to small ships", International Shipbuilding Progress, November 1971.

Pattullo, R.N.M. and Wright, B.D.W.: "Methodical series experiments on single-screw ocean-going merchant-ship forms. Extended and revised overall analysis.", BSRA Report NS 333, 1971.

Shaher Sabit, A.: "An analysis of the Series 60 results Part 1 - Analysis of forms and resistance results", International Shipbuilding Progress, March 1972. "Part 2 - Regression analysis of the propulsion factors", International Shipbuilding Progress, 1972.

Takashiro, K.: "Power prediction based on modified Yamagata resistance chart and newly introduced thrust deduction and wake factors", J. Kansai Society of Naval Architects, Japan, June 1980.

Oosterveld, M.W.C. and Van Oossanen, P.: "Further computer analyzed data of the Wageningen B-screw series.", International Shipbuilding Progress, July 1975.

Blount, D.L.: "Sizing segmental section commercially available propellers for small craft.", S.N.A.M.E. Propellers 81 Symposium, May 1981.

Report of the performance committee ITTC 1978.

Burrill, L.C. and Emerson, A.: "Propeller cavitation. Further experiments on 16 inch propeller models in the King's College Cavitation Tunnel.", North East Coast Institution of Engineers and Shipbuilders Transactions 1962-1963.

Gertler, M.: "A re-analysis of the original test data for the Taylor Standard Series.", Navy Dept., David W Taylor Model Basin, Report No. 806, March 1954.

Radojcic, D.: "An approximate method for calculation of resistance and trim of the planing hulls.", Univ. Southampton, Ship Science Report, December 1985.

Savitsky, D. 'Hydrodynamic Design of Planing Hulls'.Marine Technology, Vol 1, No1.

Bailey. NPL High speed round bilge displacement hull series. RINA 76, Marine Technology. Monograph no4.

Molland, Wellicombe and Couser. Resistance experiments on a systematic series of high speed displacement catamaran forms. RINA. Nov 1995.

Mueller. Graf. Scope of VWS hard chine catamaran hull series '89. FAST 93.

Zips, JM. (Fast '95).Numerical Resistance prediction based on the results of the VWS Hard chine catamaran Hull series '89

Pham, X. Kantimahanthi, K. Sahoo, P. Wave Resistance prediction of hard chine catamarans through regression analysis. 2nd international euro-conference on high performance marine vehicles. HIPER '01. Hamburg 2-5 May 2001.

Comstock, J.P.: 'Principles of Naval Architecture.' SNAME, 1967.

Ogawa, A., Koyama, T. and Kijima, K.: 'MMG - Report 1, On the Mathematical Model of Manoeuvring Motions of Ships.' Bulletin of the Society of Naval Architects of Japan, No.575, May 1977.

Khattab, O.: 'Multiple Regression Analysis of the Hydrodynamic Derivatives for Manoeuvring Equations.' BSRA Report No.W1090, 1984.

Inoue, S., et al.: 'Hydrodynamic Derivatives on Ship Manoeuvring.' ISP. Vol.28, No.321, May 1981.

Schlichting, O.: 'Ship Resistance in Water of Limited Depth - Resistance of Sea-Going Vessels in Shallow Water.' Jahrbuch der STG, Vol.35, 1934.

Van Lammeren, W.P.A., et al.: 'The Wageningen B-Screw Series.' Trans. SNAME, Vol.77, 1969.

SR-Report No.175, Japan Shipbuilding Research Society, 1979.

Fujii, H. and Tsuda, T.: 'Experimental Researches on Rudder Performance (2).' Journal of the Society of Naval Architects of Japan, No.110, 1961.

Karasuno, K.: 'Studies of the Lateral Forces on a Hull Induced by Rudder Deflection.' Journal of the Kansai Society of Naval Architects, No.133, 1969.

Proceeding of the 3rd Symposium on Ship Manoeuvrability. The Society of Naval Architects of Japan, Dec. 1981.

Kose, K. and Kijima, K.: 'MMG - Report IV, The Methods of the Captive Model Test and the Test Installations.' Bulletin of the Society of Naval Architects of Japan, No.579.

Nomoto, K.: 'Response Analysis of Manoeuvrability and Its Application to Ship Design.' JSNA, 60th Anniversary Series 1966, Researches on the Manoeuvrability of Ships in Japan.

Abkowitz, M.: 'Lectures in Ship Hydrodynamics, Steering and Manoeuvrability.' Hydro and Aerodynamics Laboratory, Report No.HY-5, May 1964.

Holtrop, J. and Mennen, G.: 'A Statistical Power Prediction Method.' ISP, Vol.25, No.290, 1978.

Matsumoto, N. and Suemitsu, K.: 'Interference Effects Between the Hull, Propeller and Rudder of a Hydrodynamic Mathematical Model in Manoeuvring Motion.' Kansai Society of Naval Architects, Vol.190, Sept1983.

Frank, W.: "Oscillation of Cylinders In or Below the Free Surface of Deep Fluids", NSRDC Report 2375, 1967.

Hogben, N., Dacunha, N.M.C. and Olliver, G.F.: "Global Wave Statistics", British Maritime Technology Limited, 1986.

Ikeda, Y. :"A Prediction Method for Ship Roll Damping", Report No 00405, Dept. of Naval Architecture, University of Osaka, 1970.

Johnson, R.A., Caracostas, N.P. and Comstock, E.N.: "Ship System Seakeeping Evaluation - A Stochastic Approach", Naval Engineers Journal, 1979.

Gerritsma, J. and Beukelman, W.: "Analysis of the Resistance Increase in Waves of a Fast Cargo Ship", International Shipbuilding Progress Vol.19, No.217, 1972.

Tasai, F.: "On the Damping Force and Added Mass of Ships Heaving and Pitching", Reports of Research Institute of Applied Mechanics, Vol.3, No.26, 1959.

Tasai, F.: "Hydrodynamic Force and Moment Produced by Swaying and Rolling Oscillation of Cylinders on the Free Surface", Reports of Research Institute of Applied Mechanics, Vol.9, No.35, 1961.

Ursell, F.: "On the Heaving Motion of a Circular Cylinder on the Free Surface of a Fluid", Quart. Journal Mech. and Applied Maths, Vol.2, 1949.

Ursell, F.: "On the Rolling Motion of a Circular Cylinder on the Free Surface of a Fluid", Quart. Journal Mech. and Applied Maths, Vol.2, 1949.

Vugts, J.H.: "The Hydrodynamic Forces and Ship Motions in Waves", Delft University of Technology, 1970.

Rules for the Design Construction and Inspection of Offshore Structures. Appendices. Det norske Veritas, 1977.

ERN - The Magic of Dynamic Positioning. ROKEBERG, H. Veritas, Vol.104, No.3, 1981.

Simulation of Low Frequency Motions of Dynamically Positioned Offshore Structures. NIENHUS, U. Trans RINA, 1986.

On The Reliability of Standard Wave Spectra in Structural Response Analysis. SPIDSOE , et al. Eng. Struct., Vol.2, 1980.

Mathematical Model for Propeller Rudder Interaction. KOSE, K. et al. Proc. of 3rd Symposium on Ship Manoeuvrability, Tokyo, Japan, 1981.

Ships Thruster Allocation Logic with Rudder Interaction. MONLAR, D.O. Oceans '78 IEEE and Marine Technology Society Conference, Washington D.C.

Some Average Sea Spectra. SCOTT, J.R. Trans RINA, 1967.

Free Stream Characteristics of Family of Low-Aspect Ratio All Moveable Control Surfaces for Application to Ship Design. WHICKER, L.F. and FEHLNER, L.F. DTMB, Report No.933, 1958.

The Estimation of Wind Loads on Ship Superstructures. GOULD, R.W.F. RINA Maritime Technical Monograph No.8, 1982.

Ship Manoeuvring in Harbours Using Real Time Shiphandling Simulator. KHATTAB, O. RINA International Conference on Ship Manoeuvrability, May 1987.

Hydrodynamic Aspects of Dynamic Positioning. ENGLISH, J.W. and WISE, D.A. Trans NECIES, 1975.

Experimental Studies on the Effectiveness of Side Thrusters. FUJINO, M., SAROTA, T. and IDA, T. Kansai Society of Naval Architects, Vol.168, March 1978.

Manoeuvring Technical Manual. Edited by J. BRIX, Schiff und Hafen/Kommandsbrucke, Heft 5/1987.

The Design and Performance of Lateral Thrust Units for Ships. ENGLISH, J.W. RINA Quarterly Transactions, Vol.105, No.3, July 1963.