Workpackage 0: Management |
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Task 0.1 |
Administrative Management |
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Task 0.2 |
Technical Management |
Workpackage 1: Analysis and modelling of wave time series with rogue waves |
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Task 1.1 |
Assessment of waves to determine characteristics of rogue waves |
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Task 1.2 |
Modelling rogue waves in a towing tank |
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Task 1.3 |
Estimation of the probability of occurrence of rogue waves |
Workpackage 2: Ship capsizing in rough seas |
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Task 2.1 |
Construction, calibration and instrumentation of the ship models |
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Task 2.2 |
Forced roll motion tests in calm water |
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Task 2.3 |
Tests for capsizing of free running ship models |
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Task 2.4 |
Validation of the ship capsizing numerical model |
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Task 2.5 |
Development of probabilistic models for the decision support system |
Workpackage 3: Wave induced loads in rough seas |
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Task 3.1 |
Construction, calibration and instrumentation of the ship models |
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Task 3.2 |
Tests for loads in captive models |
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Task 3.3 |
Validation and calibration of the numerical models |
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Task 3.4 |
Development of probabilistic models for the decision support system |
Workpackage 4: Numerical assessment of ship response to extreme waves |
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Task 4.1 |
Prediction of green water and slamming loads and its validation |
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Task 4.2 |
Data base with motion and load responses |
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Task 4.3 |
Development of Neural Network models of ship response to waves |
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Task 4.4 |
Method to estimate sea spectra from motion records |
Workpackage 5: On-board Decision Support System |
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Task 5.1 |
System requirements and architecture |
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Task 5.2 |
User interface |
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Task 5.3 |
Data acquisition and treatment |
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Task 5.4 |
Integration of the response module |
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Task 5.5 |
Structural condition assessment |
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Task 5.6 |
System validation, documentation and certification |
Workpackage 6: Pilot applications on board |
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Task 6.1 |
Application and service experience in a Bulk Carrier |
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Task 6.2 |
Application and service experience in a Containership |
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Task 6.3 |
Application and service experience in a Ferry |