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Workpackage 1: Design solutions for floating LNG platforms |
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Task 1.1 |
Design and operational requirements for LNG |
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Task 1.2 |
Design solutions for LNG floating platforms |
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Task 1.3 |
Design alternatives to minimise platform motions |
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Workpackage 2: Environmental Models in Normally Mild Areas |
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Task 2.1 |
Models of directional and long waves |
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Task 2.2 |
Models for current |
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Task 2.3 |
Joint models of wind, wave and current |
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Workpackage 3: Hydrodynamics of multi-bodies |
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Task 3.1 |
Extend diffraction code for multiple bodies |
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Task 3.2 |
Extend code for low speed manoeuvring |
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Task 3.3 |
Application for numerical models |
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Workpackage 4: Model Tests |
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Task 4.1 |
Aerodynamic tests of two vessels |
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Task 4.2 |
Model tests under waves |
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Task 4.3 |
Model tests two bodies subject to current, wind and waves |
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Workpackage 5: Solutions for offloading |
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Task 5.1 |
Simulation of approach and mooring |
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Task 5.2 |
Minimization of relative motions |
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Task 5.3 |
Station-keeping with dynamic positioning |
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Workpackage 6: Decision Support Tools for Offloading Operations |
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Task 6.1 |
Short-term weather forecasting |
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Task 6.2 |
Simulation of vessel dynamics |
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Task 6.3 |
Decision support methodology |
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Workpackage 7: Risk and availability assessment of production and offloading
operations |
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Task 7.1 |
Approach Criteria |
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Task 7.2 |
Station Keeping |
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Task 7.3 |
Offloading Operations |
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Task 7.4 |
Case studies and Technology Qualification Management |
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Workpackage 8: Management |
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Task 8.1 |
Management |
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Task 8.2 |
Dissemination |