Research Pillar 6 – Geophysical hydrodynamics
- Homepage
- Pages
- Research Pillars
- Research Pillar 6 – Geophysical hydrodynamics
Nireas-IWRC Pillars
- Research Pillar 1 – Water/Wastewater quality, monitoring and treatment
- Research Pillar 2 – Drinking water supply, distribution and management
- Research Pillar 3 – Environmental Biotechnology
- Research Pillar 4 – Subsurface remediation technologies
- Research Pillar 5 – Hydrologic, hydro-geomorphic and hydro-climatic processes
- Research Pillar 6 – Geophysical hydrodynamics
- Research Pillar 7 – Wave induced flows and wave energy
- Research Pillar 8 – Socioeconomic analysis of water-related issues
Research Pillar 6 – Geophysical hydrodynamics
- Numerical modeling of sediment transport in coastal regions
- Concentration or temperature driven gravity currents
- Flows over ripples, dunes or vegetation
- Developing of efficient numerical methodologies for high-fidelity numerical simulations of:
- Thermally driven hydrodynamics with strong property variations
- Sediment transport and bed morphodynamics
- Oscillatory flows