Digital Twins for Vessel Life Cycle Service
Modern marine vessels operate increasingly autonomously through strongly interacting subsystems. Designing, operating and life cycle service supporting such vessels is complex. Digitalization has become a key aspect of making the maritime industries more efficient. The recent years have seen increasing interest in developing digital twins for maritime industrial system design, ship intelligence, and operational service.
Based on digital twins concept to develop an open, standardized platform of marine industrial infrastructure for product development, operation, life cycle service, and maintenance of physical assets, system and cooperation.
Documentation of a standardized open common digital twins framework.
Performance parameters definitions for system performance, operational safety, system metrics.
Model libraries for co-simulation based on Functional Mockup Interface (FMI/FMUs).
Demonstrators for co-simulation and system verification.
Advanced digital tools for the entire maritime systems lifecycle.
Standardized service for efficient design and approval process.
Graduated candidates: 4 PhD, 3 post-docs, and at least 20 MSc students.
Dissemination activities: journal and conference papers, seminars, industry courses.
Enable industry to implement digital twins concept, bridge building between industry and research, knowledge transfer to industry, improved competitiveness and sustainability of the Norwegian marine industry.
Consortium members in KPN Digital Twin Ship