Compton, R. "Resistance of a Systematic Series of Semi-Planing Transom-Stern Hulls"

Marine Technology, v23, No.4, October 1986.

Couser, P., Wellicome J.F. and Molland, A.F., "An improved method for the theoretical prediction of the wave resistance of transom-stern hulls using a slender body approach"

International Shipbuilding Progress, vol. 45, No. 444, 1998.

Couser, P. “An investigation into the performance of high-speed catamarans in calm water and waves.”

PhD thesis, Department of Ship Science, University of Southampton. May 1996.

Fung, S.C. and Leibman, L. "Revised Speed-Dependent Powering Predictions for High-Speed Transom Stern Hull Forms"

FAST '95: Third International Conference on Fast Sea Transportation, Lubeck-Travemunde, September 1995.

Gerritsma, J. et al - "The Delft Systematic Yacht Hull Series II experiments"

10th Chesapeake Sailing Yacht Symposium, 1991, Annapolis.

Gerritsma, J. et al - "Sailing Yacht Performance in Calm Water and in Waves"

November 1992.

Holtrop, J.  - "A Statistical Analysis of Performance Test Results"

International Shipbuilding Progress, February 1977.

Holtrop, J.  - "Statistical Data for the Extrapolation of Model Performance Tests"

Netherlands Ship Model Basin (NSMB) Paper 588, May 1978.

Holtrop, J.  and G.J. Mennen - "A Statistical Power Prediction Method"

NSMB Paper 603, October 1978.

Holtrop, J.  and G.G.J. Mennen - "An Approximate Power Prediction Method"

NSMB Paper 689, July 1982.

Holtrop J. - “A Statistical Re-analysis of Resistance and Propulsion Data”

International Shipbuilding Progress, Volume 31, No. 363, November 1984

Insel M., ”An Investigation into the Resistance Components of High Speed Displacement Catamarans”

University of Southampton, Ph.D. Thesis, 1990 also available from: http://www.gidb.itu.edu.tr/staff/insel/Publications/phd.htm (Jan 2005)

Lahtiharju ,E. et al. - "Resistance and Seakeeping Characteristics of Fast Transom-Stern Hulls With Systematically Varied Form" 

SNAME - Transactions (1991)  v99

Lewis, E.V.  - "Principles of Naval Architecture"  Volume II

The Society of Naval Architects and Marine Engineers, 1988.

Michell, J.H. “The wave resistance of a ship”.

Philosophical Magazine (5), vol 45, pp 106-123. 1898

Michlet

Wave resistance prediction software, available from http://www.cyberiad.net/michlet.htm (Jan 2005)

Molland, A.F., Wellicome, J.F. and Couser, P.R. “Resistance experiments on a systematic series of high-speed displacement catamaran forms: Variations of length-displacement ratio and breadth-draught ratio.”

Transactions, Royal Institution of Naval Architects, 138A. 1996.

Molland, A.F., Karayannis, T., Taunton, D.J. and Sarac-Williams, Y. “Preliminary Estimates of the Dimensions, Powering and Seakeeping Characteristics of Fast Ferries.”

Eighth International Marine Design Conference, IMDC 2003, Athens, Greece, May, 2003.

Molland, A.F., Lewthwaite, J.C., Wilson, P.A. and Taunton, D.J. “An investigation into the hydrodynamic characteristics of a high-speed partial air cushion supported catamaran (PACSCAT).”

International Conference on Fast Sea Transportation, FAST’2005, June 2005, St.Petersburg, Russia

Oortmerssen, G. - "A Power Prediction Method and its Application to Small Ships"

International Shipbuilding Progress, vol 18 , No.207 1971

Radojcic, D. - "A Statistical Method for Calculation of Resistance and Trim of the Stepless Planing Hull"

International Shipbuilding Progress- December 1984.

Savitsky, D. - "Hydrodynamic Design of Planing Hulls" 

Marine Technology, October 1964.

Savitsky, D. and W. Brown - "Procedures for Hydrodynamic Evaluation of Planing Hulls in Smooth and Rough Water"

Marine Technology, October 1976.

Todd. F. - "Series 60 Methodical Experiments with Models of Single Screw Ships"

TMB report 1712, DTRC, 1963.

Tuck, E.O. “Computation and Minimisation of Ship Waves”

ICIAM03, Sydney, 7-11 July 2003. Chapter 17 in SIAM Proceedings in Applied Mathematics 116, edited by James M. Hill and Ross Moore, SIAM 2004.

Tuck, E.O. “Wave Resistance of Thin Ships and Catamarans”

Unaltered October 1997 reprint of internal report T8701, First produced January 1987.

Tuck, E.O, Luzauskas, L. – “Optimum spacing of a family of multihulls”

Ship Technology Research, 45 (1998) 180-195

Tuck, E.O, Scullen, D.C. and Luzauskas, L. “Ship-Wave Patterns In The Spirit Of Michell”

Proceedings IUTAM Symposium Free Surface Flows, Birmingham (2000)

Tuck, E.O, Scullen, D.C. and Luzauskas, L. “Wave Patterns and Minimum Wave Resistance for High-Speed Vessels”

24th Symposium on Naval Hydrodynamics, Fukuoka, JAPAN, 8-13 July 2002

Tuck, E.O, Luzauskas, L. and Scullen, D.C. - “Sea Wave Pattern Evaluation. Part 1 Report: Primary Code and Test Results (Surface Vessels).

Applied Mathematics Department, The University of Adelaide. 30 April 1999 also available from: http://www.cyberiad.net/library/pdf/tls99.pdf (January 2005)

Tuck, E.O, Scullen, D.C. and Luzauskas, L. “Sea Wave Pattern Evaluation. Part 3 Report: Near-Field Waves”

Applied Mathematics Department, The University of Adelaide. 31 January 2000

Tuck, E.O, Scullen, D.C. and Luzauskas, L.  “Sea Wave Pattern Evaluation. Part 4 Report: Extension to Multihulls and Finite Depth”

Applied Mathematics Department, The University of Adelaide. 19 June 2000