Earth physics: atmosphere and ocean
- Numerical simulation and optimisation of fluids:
- Computational fluid dynamics (CFD).
- Analysis and simulation of interaction of waves, coastal
structures and floating bodies.
- Hydraulic and hydrological simulation. Study of fluvial
and urban flood zones.
- Renewable energies.
- High performance computing (HPC) and cloud computing:
- Complex problem solving using internal and external
hardware.
- Climate change, applied computational sciences:
- Data analysis, simulation and climate change impact
studies in sectors such as renewable energies.
- Impact of future climate conditions on aquaculture.
- Study of climate-related mortality and/or diseases.
- Artificial neural networks:
- Prediction, data analysis, simulation and intelligent
management of reservoirs and water resources.
- Design and optimization of offshore renewable energy
devices.
- Design and optimization of coastal structures.
- Training in fluid simulation, CFD techniques.
- Impact of future climatic conditions on aquaculture.
- Study of flood zones: fluvial and urban (including hydraulic
and hydrological simulation).
- Intelligent management of reservoirs and water resources
based on neural networks.
- HPC and cloud computing. Calculation and modelling
services and/or access to the use of our CPD.
- Study of climate-related mortality and/or diseases.
- Study of the hydrological cycle and atmospheric rivers.
Anomalies of continental precipitation associated with El Niño Southern Oscillation: the role of moisture contribution from oceanic and terrestrial sources