| Marhis Nodes | With the support of: | |||
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Indicates the current services offered by the distributed ICTS(Download the full catalogue HERE) |
| ID | Service name | Service description |
| Brief description of the service offered. | ||
| S1 | S1 - 2D Physical Modelling | Hydraulic wave/current/mean sea level modelling (small and large scale) in 2DV // Analysis of renewable energy wave/current converters (large/small scale) in 2DV // Analysis of hybrid converters (large/small scale) in 2DV // Offshore engineering for: wind turbines (large scale) in 2DV, offshore platforms (large scale) in 2DV, riders (large scale) in 2DV, submarine pipelines (large scale) in 2DV // Hydro-morphodynamic analysis of sedimentary deposits (large/small scale) in 2DV, // Coastal Engineering tests in intermediate/shallow depths (large/small scale)in 2DV, // Breakwater functional and resistence analysis (large/small scale) in 2DV, // Harbor Engineering tests in intermediate/shallow depths (large/small scale)in 2DV |
| S2 | S2 - 3D Physical Modelling | Hydraulic wave/current/mean sea level modelling (small and large scale) in 3D // Hydraulic wave/current/wind/mean sea level modelling (large scale) in 3D // Analysis of renewable energy wave/current converters (large/small scale) in 3D // Offshore engineering for: wind turbines (large scale) in 3D, offshore platforms (large scale) in 3D, riders (large scale) in 3D, submarine pipelines (large scale) in 3D // Hydro-morphodynamic analysis of sedimentary deposits (large/small scale) in 3D, // Coastal Engineering tests in intermediate/shallow depths (large/small scale)in 3D, // Breakwater functional and resistence analysis (large/small scale) in 3D // Harbor Engineering tests in intermediate/shallow depths (large/small scale)in 3D// Analysis of hybrid converters (large/small scale) in 3D |
| S3 | S3 - 2D/3D Vehicles Hydrodynamic Analysis | Hydrodynamic analysis of autonomous submarine vehicles in 2D/3D |
| S4 | S4 - Analysis of observational equipment | Analysis of observational equipment (2DV, 3D, small/large scale) |
| S5 | S5 - Data bases | Data Adquisition on the Facilicties for a) Wave/Current data base analyses (shelf) b) Water levels (various drivers) data base analyses (coastal ) c) Marine meteo data base analyses (shelf and coastal) |
| S6 | S6 - Field campaigns | Intensive Field campaigns in nearshore coastal transect hydro/morpho physical and bio-geo-chemical parametres (Pont Petroli-Coastal Pier) // Field testing (prototype scale) of observational equipment and of energy convertors- Pont Petroli-Coastal Pier // Field testing of harbor instrumentation-instrumented Harbor Section |
| S7 | S7 - 2D/3D Numerical Modelling | Numerical wave/wave-current flume modelling in 2DV // Numerical wave/wave-current modelling in 3D // Numerical wave-current interaction with structures in 2DV/3D // Numerical wave-current interaction with sediments in 2DV/3D RANSE calculations for ships and propellers. Potential seakeeping calculations. |
| S8 | S8 - Applied Toolbox | Hydrodynamic (wave/current) tool box for open /shelf works (physical and engineering applications, including renewable energy) // Hydrodynamic (wave-current) tool box for nearshore dephts, // Morphodynamic tool box for sea-bed (inner shelf),for beach profiles and for beach plan // Disperson and water quality tool box for near field (local analyses) and for far field (regional analyses) |
| S9 | S9 - Risk Analysis | Risk analysis framework for individual assessment |
| S10 | S10 - Pre-operational System Assessment | Pre-operational system assessment for meteo-oceanographic fields shelf/coastal |
| S11 | S11 - Model Manufacturing | Building and/or modifying of hydraulic tailored made scale models (rivers, locks, dams, pumping stations, etc) // Manufacturing of models (hull, propellers and appendages) any other fitting, sensoring and instrumentation, dummy model manufacturing for cavitation tunnel |
| S12 | S12 - Numerical Mirror and Hybrid Modelling | Numerical Mirror. Numerical GTIM-TSU replication wave-current flume modelling in 2DV // Numerical GTIM-CCOB replication wave-current-wind modelling in 3D // Numerical GTIM-WS replication wave-current/flows-wind modelling in 2D/3D // Interaction with coastal, floating and offshore structures. |
| S13 | S13 - CWT Measurements | Open water, resistance, self-propulsion, pitot wake (1D or 3D), PIV (3D), wool tuft visualization, rudder forces, any other test performed in calm water tank |
| S14 | S14 - CT Measurements | Cavitation visualization (stroboscope and/or high speed camera), cavitation inception, pressure fluctuation, wire mesh manufacturing, erosion, any other test performed in the cavitation tunnel |
| S15 | S15 - SDL Measurements | Regular and irregular seas, seakeeping test, any other test performed in the ship dynamics laboratory or by extension to any floating device in a large basin or flume |
| S16 | S16 - Maneuverability free model | Zig-zag, Diedonne spiral, turning circle, crash stop, any other test performed in a tank/reservoir |
| S17 | S17 - Prototype Hosting with connection to the power grid | Test facility connected to the power grid, allowing the research and developmento of sea/ocean renewable energy devices, as well of offshore technologies related to any other field. |
| S18 | S18 - Prototype Hosting without connection to the power grid | Test facility NOT connected to the power grid, allowing the research and developmento of sea/ocean renewable energy devices, as well of offshore technologies related to any other field |
| Marhis Nodes | With the support of: | |||
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