Work Plan
WP1. Holistic framework for breakwater reliability analysis
T1.1. Maritime climate and set of feasible breakwater interventions to increase reliability and performance.
T1.2. Functional analysis with service limit states and solutions to enlarge the efficient functional space for operational conditions.
T1.3. Resistant analysis with ultimate limit states and solutions to enlarge the safe resistant space for survival conditions.
T1.4. Holistic framework for reliability and criteria for automated maintenance.
WP2. Novel sensors for monitoring breakwater status
T2.1. State of the art on breakwater observational systems under severe metocean conditions.
T2.2. Novel sensors and processing for hydro-morpho-structural interactions.
T2.3. Automated monitoring for risk control and enlarged safe operating spaces.
WP3. Tools for hydro-morpho-structural interactions and risk assessment
T3.1. Review of modelling strategies to quantify breakwater risk/performance in terms of resistant and functional failure modes.
T3.2. Hybrid modelling to analyse breakwater resistance/functionality through artificial intelligence.
T3.3. Numerical simulations to assess breakwater performance and risks with/out maintenance interventions.
T3.4. Hydraulic laboratory simulations to assess breakwater performance and risks with/out maintenance interventions.
WP4. Breakwater adaptation pathways through predictive maintenance
T4.1. Adaptation pathways with tipping points and sequenced maintenance.
T4.2. Breakwater safe operating spaces with/out predictive maintenance.
T4.3. Plan to steer investments for risk reduction and low environmental footprint based on predictive maintenance.
T4.4. Application to the Punta Lucero breakwater.
WP5. Intelligent system for breakwater predictive maintenance
T5.1. Software for breakwater proactive maintenance.
T5.2. Enlarging by maintenance the efficient operating space for service limit states.
T5.3. Enlarging by maintenance the safe resistant space for ultimate limit states.
T5.4. Adjusting predictive maintenance and automated decisions for past/present/future conditions.
WP6. Management, applications and leadership in predictive maintenance
T6.1. Monitoring and control of scheduled tasks.
T6.2. Transfer Board.
