Encyclopaedia Index
Ship Hydrodynamics
Authors Title Publication Ref.
Caprino G & Traverso A Progress in Multiblock technique for flow calculation around ship hull with PHOENICS. The PHOENICS Journal of Computational Fluid Dynamics and Its Applications, Vol. 5, No. 1, pp 53-80, 1992. 92/4
Sukarie GJ & Vitzthum KM Automatic model generation for analysis of flow around a ship's hull IABG Germany. Presented at the 2nd International PHOENICS User Conference, November 1987. Published in Proceedings, CHAM 87/59
Bruzzone D & Caprino G. La scia Tridimensionale di carena attraverso una soluzione combinata strato limite sottile ed equazioni ellitiche di Reynolds. Nav 86 Palermo, Italy, October 1987, Italian text. 87/15
Bruzzone D & Caprino G. An application of the numerical techniques to predict the flow for hull from design. Int. Symposium on Advanced Research for Ships and Shipping in the Nineties, Genoa, Italy, October 1987. 87/14
Spalding DB The computation of flow around ships with allowance for free-surface and density-gradient effects Proceedings of the 1st International Maritime Simulation Symposium, Munich, pp 101-113 85/6
Malin MR, Rosten HI, Spalding DB & Tatchell DG Application of PHOENICS to flow around ship's hulls Presented at the 2nd International Symposium on Ship Viscous Resistance, Goteborg, Sweden 85/5
Janson CE & Larsson L. Ship flow calculations using the PHOENICS computer code. Proceedings of 2nd International Symposium on Ship Viscous Resistance, Goteborg, Sweden, 1985. 85/4
Mahaffey WA, Mukerjee T & Singhal AK. Prediction of turbulent ship air-wake characteristics. Proceedings published Lecture Notes in Engineering 18,pp 335-352 1986. Presented at the 1st International PHOENICS User Conference, Dartford, Kent 1985. 85/39
Muraoka K. Calculation of viscous flow around ships with parabolic and partially parabolic flow solution procedure. Transactions of the West-Japan Society of Naval Architects, No 63, March 1982, pp 13-29. 82/10
Markatos NC & Wills CB. Prediction of viscous flow around a fully submerged appended body. Computer Methods in Applied Mechanical and Engineering, Vol. 29, No. 2 pp 175-192, 1981. 81/4