CFD 2003 - Computational Fluid Dynamics Technology in Ship Hydrodynamics

Description

Founded in 1860, The Royal Institution of Naval Architects is an internationally renowned professional institution whose members are involved at all levels in the design, construction, repair and operation of ships, boats and marine structures. Members of the RINA are widely represented in industry, universities and colleges, and maritime organisations in over 100 countries. RINA enjoys an outstanding reputation for the quality and range of its technical publications and organises an extensive and successful programme of international conferences, seminars and training courses covering a broad range of experience and opinion on research, development and operation of all aspects of naval architecture and maritime technology. For further information please visit www.rina.org.ukContent:• Front Matter • Table of Contents 1. Marine Hydrodynamics Modelling Using CFD 2. A RANS Based Technique to Compute Forced Rolling Responses in Three-Dimensional Flows 3. Two Examples of Hull-Form Optimization Using Viscous-Flow Computations 4. Towards Ship Optimal Design Involving CFD 5. CFD Computations of Trimaran Hydrodynamics 6. CFD Prediction of the Smooth Water Attitude of High Speed Planing Craft Using a Novel Solution-Adaptive Process 7. RANS Solver Applied for Hydrodynamic Analysis of Twin-Hull Ferry 8. Validation of CFD for High Reynolds Number Ship Flows 9. RANSE Simulations for Unsteady Marine Two-Phase Flows 10. Developments in the Use of Large-Eddy Simulation for Ship Hydrodynamics 11. Linearised Free Surface Flow Calculations by a Panel Method Using the Diffraction-Radiation with Forward Speed Green Function 12. Prediction of Cavitating Flow around Single or Two-Component Propulsors, Ducted Propellers and Rudders 13. CFD Calculation and Experimental Validation of a Kamewa High-Skew Marine Propeller 14. Experiences with the Resistance of Swath Boats 15. Fish-Like Locomotion: A CFD Simulation of MIT's RoboTuna 16. Validation of Simulating Sloshing with CFD • Authors Contact Details CD-ROM Contents - Presentations