Publications

The following publications are available for viewing in pdf.  In addition, the thesis is available (as a gzipped postscript file) for printing on either A4 or US letter sized paper.
  • D.C. Scullen Nonlinear free-surface flow solver: Achieving accuracy of solution, Scullen & Tuck Pty Ltd (2004).  (Pdf 111991 b)

  • D.C. Scullen and E.O. Tuck, High-speed projectile cavitation: Slender cavities, Scullen & Tuck Pty Ltd (2003).

  • E.O. Tuck and D.C. Scullen, Sea wave pattern evaluation: SWPE 7.0 Simplified user's guide, Scullen & Tuck Pty Ltd (2003).  (Pdf 62068 b)

  • D.C. Scullen, High-speed projectile cavitation: Implementation of three-dimensionality, Scullen & Tuck Pty Ltd (2003).

  • E.O. Tuck and D.C. Scullen, Sea wave pattern evaluation: SWPE 6.0 Simplified user's guide, Scullen & Tuck Pty Ltd (2002).  (Pdf 61501 b)

  • E.O. Tuck and D.C. Scullen, High-speed projectile cavitation: Axisymmetric flows, Scullen & Tuck Pty Ltd (2002).

  • D.C. Scullen and E.O. Tuck, Nonlinear free-surface flow solver: Users' guide, Scullen & Tuck Pty Ltd (2002).  (Pdf 59455 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Wave patterns and minimum wave resistance for high-speed vessels, Proceedings 24th Symposium on Naval Hydrodynamics, Fukuoka, Japan (2002).  (Pdf 524692 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Part 6 report: Viscosity Factors, Scullen & Tuck Pty Ltd (2002).  (Pdf 115473 b)

  • D.C. Scullen, High-speed projectile cavitation: Preliminary numerical investigation, Scullen & Tuck Pty Ltd (2001).

  • D.C. Scullen, High-speed projectile cavitation: Literature survey, Scullen & Tuck Pty Ltd (2001).

  • E.O. Tuck and D.C. Scullen, A comparison of linear and nonlinear computations of waves made by slender submerged bodies, Journal of Engineering Mathematics 42 (2002), 255-264.   (Pdf 1025491 b)

  • D.C. Scullen and E.O. Tuck, Sea wave pattern evaluation --- pressure distributions: Users' guide, Scullen & Tuck Pty Ltd (2001).  (Pdf 65687 b)

  • D.C. Scullen and E.O. Tuck, Sea wave pattern evaluation --- pressure distributions: Mathematical formulation, Scullen & Tuck Pty Ltd (2001).  (Pdf 90247 b)

  • D.C. Scullen and E.O. Tuck, Free-surface elevation due to moving pressure distributions in three dimensions .  (Pdf 996430 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Part 5 report: Speed-up and Squat, Scullen & Tuck Pty Ltd (2001).  (Pdf 126286 b)

  • D.C. Scullen, Linearised free-surface equations for pressure distributions, The University of Adelaide (2000).  (Pdf 80928 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Ship-wave patterns in the spirit of Michell , Proceedings IUTAM Symposium Free Surface Flows, Birmingham (2000).  (Pdf 240844 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Submarine portfolio --- 10 knots, Scullen & Tuck Pty Ltd (2000).  (Pdf 315201 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Submarine portfolio, Scullen & Tuck Pty Ltd (2000).  (Pdf 303664 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Part 4 report: Extension to multihulls and finite depth, Scullen & Tuck Pty Ltd (2000).  (Pdf 448995 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Part 3 report: Near-Field Waves, Scullen & Tuck Pty Ltd (2000).  (Pdf 251540 b)

  • E.O. Tuck, D.C. Scullen and L. Lazauskas, Sea wave pattern evaluation Part 2 report: Investigation of accuracy, The University of Adelaide (1999).  (Pdf 760162 b)

  • E.O. Tuck, L. Lazauskas and D.C. Scullen, Sea wave pattern evaluation Part 1 report: Primary code and test results (surface vessels), The University of Adelaide (1999).  (Pdf 85639 b)

  • D.C. Scullen, Accurate computation of nonlinear free-surface flows, PhD Thesis, The University of Adelaide (1998).  (A4 Pdf 1603515 b or Postscript 620459 b or US letter Pdf 1605317 b or Postscript 619691 b)

  • E.O. Tuck and D.C. Scullen, Tandem submerged cylinders each subject to zero drag, Journal of Fluid Mechanics 364 (1998), 211-220.  (Pdf 100402 b)

  • D.C. Scullen, Three-dimensional steady-state nonlinear free-surface flow computation, Gazette of the Australian Mathematical Society 23 (1996), 80-84.  (Pdf 57658 b)

  • D.C. Scullen and E.O. Tuck, Nonlinear free-surface flow computations for submerged cylinders, Journal of Ship Research 39 (1995), 185-193.  (Pdf 145854 b)

  • D.C. Scullen, Finite difference methods for advection in variable velocity fields, Honours Thesis, The University of Adelaide (1992).  (Pdf 489876 b)

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    David Scullen
    david.scullen@scullen.com.au