Onorati – 1D and Multi-D Modeling Techniques for IC…

Argomenti del programma: Course Topics CFD Simulation of Compressible Flows: Extension of pressure-based solution methods to compressible flow regimes. Density-based approach. Treatment of boundary conditions for subsonic and supersonic flows. Overview of available solvers for compressible flow simulations and techniques for effective post-processing.

Argomenti del programma: The course consists of two different modules: “Turbomachinery” and “Internal combustion engines”. After the first introductory lecture, the student can choose which module to attend according to places availability. The topics covered by each module are hereafter described and will change year by year depending on the labs availability.

• Slides of the course - modelling of Internal Combustione Engine Note: available on WeBeep
• Di Gerlando, Perini, Dispensa di Macchine Elettriche Note: available on Beep

Argomenti del programma: The course covers the following topics divided in two macro modules: “Internal combustion engines” 1D simulation of intake and exhaust systems by fluid dynamic models: prediction of unsteady flows; fundamental equations and numerical methods; boundary conditions Single zone and multi-zone thermodynamic combustion models: SI and CI engines; balance equations, solution methods; chemical equilibrium and simplified…

Argomenti del programma: Course Topics CFD Simulation of Compressible Flows: Extension of pressure-based solution methods to compressible flow regimes. Density-based approach. Treatment of boundary conditions for subsonic and supersonic flows. Overview of available solvers for compressible flow simulations and techniques for effective post-processing.

Argomenti del programma: Course Topics CFD Simulation of Compressible Flows: Extension of pressure-based solution methods to compressible flow regimes. Density-based approach. Treatment of boundary conditions for subsonic and supersonic flows. Overview of available solvers for compressible flow simulations and techniques for effective post-processing.

Argomenti del programma: The course introduces the fundamental principles of Computational Fluid Dynamics (CFD), with particular emphasis on the physical models, numerical methods, and solution algorithms used for the simulation of incompressible internal and external flows under both steady and transient conditions. The topics covered by the course are as follows: 1.

Argomenti del programma: The course consists of two different modules: “Turbomachinery” and “Internal combustion engines”. After the first introductory lecture, the student can choose which module to attend according to places availability. The topics covered by each module are hereafter described and will change year by year depending on the labs availability.