italian version

Aims :

Basic knowledge of dynamic meteorology in Free Atmosphere and Planetary Boundary Layer. Theoretical knowledge of environmental models. Capacity to apply models for emission and diffusion assessment and forecasting. Knowledge of meteorological models and photochemical models.

Topics :

Introduction to dynamic meteorology. Scale Analysis. Fundamental Forces. Lagrangian coordinate systems and Eulerian coordinate systems. Hydrostatic equation. Vertical pressure coordinate. Conservation laws. Geostrophic wind. Continuity equation. Thermodynamic energy equation. Introduction to Planetary Boundary Layer; Turbulent Transport; Taylor’s Hypothesis, Virtual Potential Temperature; Height and Structure of PBL; Evolution of Virtual Potential Temperature; Spectrum of Turbulence; The Spectral Gap; Turbulent Kinetic Energy; Cinematic Flux; Eddy Flux; Turbulent Strain and Stress; Application of Fundamental Equations to a Turbulent Flux; Reductions Approximations and Scale Analysis; Environmental Models for Air-Quality Management and Control; Model Classifications; Application of Models on Various Scenarios; Application of Models in Complex Valley-Coastal Environments.


Textbooks :

Dispense a cura del docente.

Exam :

Oral examination

Tutorial Session :

Dip. Energetica ogni Mercoledì dalle ore 12 oppure previo appuntamento telefonico.