Funded by the DANUBIUS project, the school will be organized by CNR-ISMAR at its Venice headquarters from June 8 to 12.
Registration is available at the link: https://sites.google.com/view/cnrismarschool2026/registration?authuser=0
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This short course consists of a structured intensive one week programme of 30 hours of lectures on advanced numerical methods for the computation of large scale problems in free-surface hydrodynamics. The underlying mathematical models are derived from the incompressible Navier-Stokes equations. Specifically, a fully three-dimensional hydrostatic model, two-dimensional models using lateral and vertical averaging, and the one-dimensional open-channel equations are derived and discussed. Numerically, semi-implicit Eulerian-Lagrangian finite difference schemes on regular Cartesian and orthogonal unstructured grids are proposed. A new rigorous and nonlinear treatment of wetting and drying is included and computer implementation of different numerical models are suggested.
The course is intended for PhD students and researchers who wish to deepen their knowledge of numerical methods for hydrodynamics. To encourage personal interaction, the course will be conducted on-site and in person. There will be no option for remote participation or for streaming the lectures.
This course is supported by the Modelling Node of the DANUBIUS ESFRI Research Infrastructure.
Local Organisation
- Sara Pavan, CNR-ISMAR (Italy), sara.pavan@cnr.it
- Luca Arpaia, CNR-ISMAR (Italy), luca.arpaia@cnr.it
