ICSOT 2006 - Design, Construction and Operation of Natural Gas Carriers and Offshore Systems

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. Ship Structural Design and Construction of Large LNG Carriers (LNGCS) at Samsung Heavy Industries - Misc Berhad Representative Perspectives 2. Gas Carrier Development for an Expanding Market 3. Aspects of the Propulsion of a 250000 m3 LNG Ship 4. Operations, Design Requirements and Innovative Technologies for Gas Combustion Units for the New Generation of LNG Carriers 5. The New Generation of LNG Carrier Machinery 6. Trimariner Corporation's LNG SeaTrain@:A Modular LNG Shipping System 7. LNG Lite® - The Real Alternative to LNG [Monetizing More of the World's Gas Fields] 8. Optimization of a Composite CNG Tank System 9. Design and Construction of Bilobe Cargo Tanks 10. A Study on a Fatigue Management System for LNG Carriers Using a New Fatigue Damage Sensor 11. CSA-2 Analysis of a 216k LNGc Membrane Carrier 12. Extreme Sloshing and Whipping-Induced Pressures and Structural Response in Membrane LNG Tanks 13. The Parametric Study on the Response of Membrane Tanks in a Mark III Type LNG Carrier Using Coupled Hydro-Elastic Model 14. Selected Hydrodynamic Issues in Design of Large LNG Carriers 15. Verification of Numerical Methods Applied to Sloshing Studies in Membrane Tanks of LNG Ships 16. Strength Assessment of Membrane-Type LNG Containment System 17. Dynamic Strength Characteristics of Membrane Type LNG Cargo Containment System 18. Numerical Analysis of 3-D Sloshing in Tanks of Membrane-Type LNG Carriers • Authors' Contact Details CD-ROM Contents - Presentations