Deliverables
Designs of shop and ship modules: Hull lines, general arrangement and stability; structural design; energy system; propulsion; passenger module; cockpit module; and land-side infrastructure.
Parametric design model of hull geometry, arrangements and driving unit; includes assessment of the ship’s design properties.
Derive recommendations for Europe-wide standardization processes on mobility hubs with water-land interfaces.
Requirement for methods development in WP3-6, including both operator, end-user, design and industry requirements; industry requirements include compatibility with present modularity approaches (SFI and similar systems).
Modelling the energy systems to show relationships between batteries, chargers, costs, capabilities and other factors.
Documentation on how the ferry will connect with both the land-side energy system, and smart-city mobility concepts.
Conceptual design using functional relationships for volume, weight, and power requirements; leading to limits of design applicability.
Documentation of restrictions of applied manufacturing technologies for the maritime industry in production specific system models.
Identify and address risk levels associated with the produced designs; pointing to possible reliability issues, and propose improvements to the design.
Resistance and self-propulsion model test for the demonstrator in WP6; verification of numerical results and prediction of full scale performance.
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Publications
Author(s): Skoupas, S., Zaraphonitis, G., Papanikolaou, A.
Published in: Ocean Engineering, Issue Volume 189, 2019, ISSN 0029-8018