FINALIZACIÓN PROYECTO VENT-IA

Se han culminado con éxito los trabajos previstos del proyecto «VENT-IA: Mejora de lasalud y del...

Pilar García Navarro, keynote speaker en la International Conference on HydroInformatics HIC2024 en Pekín

Pilar García Navarro fue keynote speaker en la International Conference on HydroInformatics...

Learn more about our Master in Water Resources Engineering!

Se trata de un curso de enseñanza avalado por la Universidad de Zaragoza en el que concurre un equipo multidisciplinar de profesores universitarios, científicos y profesionales para proporcionar una formación seria, completa y de carácter aplicado en un tema de gran interés actual y mucha proyección futura.

Mathematical Modelling

All kind of environmental flows can be represented by means of mathematical equations: from the movement of the water or the transport of contaminants to the river bed evolution, the landslides or the aquifers flow.

Numerical Techniques

There are different approaches that go from the one-dimensional point of view to the two-dimensional and three-dimensional frameworks. Numerical methods are necessary for the resolution of the complex equations that govern the physical phenomena.

Fast & Accurate solutions

Advanced implementations of numerical solvers on High Performance Computing platforms are required to simulate complex phenomena in an affordable time. In particular, efficient numerical tools on hardware accelerators (i.e. GPUs) are developed

Mathematical Modelling

All kind of environmental flows can be represented by means of mathematical equations: from the movement of the water or the transport of contaminants to the river bed evolution, the landslides or the aquifers flow.

Numerical Techniques

There are different approaches that go from the one-dimensional point of view to the two-dimensional and three-dimensional frameworks. Numerical methods are necessary for the resolution of the complex equations that govern the physical phenomena.

Fast & Accurate solutions

Advanced implementations of numerical solvers on High Performance Computing platforms are required to simulate complex phenomena in an affordable time. In particular, efficient numerical tools on hardware accelerators (i.e. GPUs) are developed