| Activity | Course |
|---|---|
| Title | COMPUTATIONAL THERMOFLUID DYNAMICS |
| Objectives | To provide the students with advanced tools of computational thermofluid dynamics based on finite volume methods. |
| Contents | - Fundamentals of fluid dynamics and convection - Continuity, momentum, energy, and species conservation equations - Finite volume discretization methods for incompressible flows - Pressure-velocity coupling - Overview of turbulence models - Applications: forced and natural convection flows of pure fluids, mixtures and nanofluids |
| Language | Italian / English |
| Teacher | Alessandro Quintino |
| Teacher's role | Assistant Professor – "La Sapienza" University of Rome |
| Learning tools | Lectures and exercises, job project. |
| Commitment | 30 lecture hours + 10 exercise hours + job project |
| Credits | 12 |