Verification of mathematical and physical models ins hydraulic engineering

Societal obligations of a people serving profession (Session I A);Current practices and data basis for the verification of effluent models (session 1B);Flow model calibration (session 1C);Groundwater model calibration or parameter identification (sesion 2A);Modeling for water quality management (session 2B);Models for navigation project planning (session 2C);Application of groundwater models to actual field situations (session 3A);Modeling of tidal and estuarine circulation and water quality problems (session 3B);Models for navigation project planning (session 3C);Seminar on computational hydraulics - introduction (session 4A);Water quality analysis (session 4B);Modeling and prototype testing of submerged hydraulic structures in a lake regime (session 4C);Seminar on computational hydraulics - introduction and panel discussion (session 5A);Water quality analysis (session 5B);Prototype verification of models for hydraulic structures (session 5C);Seminar on computational hydraulics - data adquisition systems (session 6A);Water quality analysis (session 6B);Mathematical tidal hydraulics simulation (session 6C);Seminar on computational hydraulics - graphical displays (session 7A);Probabilistic sediment models (session 7B);Tidal hydraulics models (session 7C);Unsteady flow (session 8A);Probabilistic flow models (session 8B);Sediment yield models - case studies (session 8C);Unsteady flow (session 9A);Hydrologic models (session 9B);Sediment movements - modelling and field verification (session 9C);Unsteady flow (session 10A);Hydrologic models (session 10B);Two and three dimensional flows (session 11A);Land use models (session 11B)

Ubic.:532 VER Ej.1 PRES DON Observ.MORETTO