ETSINO
CIMNE-ETSINO classroom
The ETSINO is integrated in the international network of CIMNE Classrooms (International Center of Mètodes Numèrics a l'Enginyeria). CIMNE Classrooms are physical spaces that act as joint laboratories for cooperation in training activities and Research and Development of Technology (IDT) in the field of numerical engineering methods. The objective of the CIMNE Classrooms network is to become a key to promoting the exchange of knowledge and tools between different types of entities relevant to the world of numerical methods.
Lines of investigation
- Dynamics of floating systems.
- Computational Fluid Mechanics.
- Ship design.
- Nonlinear analysis of floating marine systems.
- Funding systems.
- Aquaculture.
- Heat transfer.
- Renewable energy.
- Maritime Industry.
- Seasonality of maritime traffic such as cruise ships and car carriers.
- Port Management.
- Cruise fleet management.
- Manufacturing and assembly processes.
- Machine learning.
- Asset Management.
- RBD (Reliability Block Diagram) analysis.
- Industry 4.0 applied to the naval sector (shipbulding 4.0).
- Naval project management.
R&D projects
- Development of an advanced model of coupled calculation X-IVAS FEM-BEM for the analysis of the behavior in the sea of ¿¿floating wind turbines. Jan2014-59194-C2-1-R R + D + I projects - State Research, Development and Innovation Program aimed at society's challenges.
- Investigation of the ability to supply electric power to ships in port from floating marine wind turbines. PRIPRO_UPCT2017_03.
- Analysis of structural elements of vessels for the optimization of their manufacturing processes. Reference: 5018 / 17IMF contracting entity: SINERGIA RACING GROUP SLU.
- Development, Validation and Demonstration of a Semilagrangian Algorithm for the Analysis of Ship Ice Navigation - State Program for Research, Development and Innovation oriented to the challenges of society (requested for the 2018 call).