Expertise
Our expertise
Our work combines scientific insight with advanced numerical tools to support informed decision-making across complex marine, river and environmental contexts.
Numerical modeling of coastal and marine hydrodynamics in two and three dimensions, including waves, currents, tides and port agitation, to support coastal and harbor studies.
Hydraulic and morphodynamic modeling of rivers, addressing flow processes, flooding mechanisms and sediment transport to support river management and flood risk assessment.
Modeling of sediment dynamics and dredging processes to assess morphological evolution, sediment pathways and the impacts of dredging operations.
Numerical assessment of water quality processes, including the dispersion of industrial and brine discharges, to support environmental impact and compliance studies.
High-resolution CFD simulations of complex flow processes using OpenFOAM, including turbulence modeling and multiphase flow analysis.
Coupled fluid–structure interaction modeling to support the design and dimensioning of marine and hydraulic structures, including floating pontoons and hydrodynamic loading.
Engineering analysis and numerical support for marine and port structures, addressing structural behaviour under hydrodynamic loading and operational conditions.