Finite Element Modelling – Politecnico di Torino

Argomenti del programma: INTRODUCTION (4 hours) Lectures: Generalities on ordinary and partial differential equations. Examples of classical differential problems, in particular with reference to the chemical engineering ones. Stationary problems, eigenvalue problems and evolution problems. Classification of second order equations. Initial-value and boundary-value problems. Strong and weak solutions.

Argomenti del programma: INTRODUCTION (4 hours) Lectures: Generalities on ordinary and partial differential equations. Examples of classical differential problems, in particular with reference to the chemical engineering ones. Stationary problems, eigenvalue problems and evolution problems. Classification of second order equations. Initial-value and boundary-value problems. Strong and weak solutions.

Argomenti del programma: INTRODUCTION (4 hours) Lectures: Generalities on ordinary and partial differential equations. Examples of classical differential problems, in particular with reference to the chemical engineering ones. Stationary problems, eigenvalue problems and evolution problems. Classification of second order equations. Initial-value and boundary-value problems. Strong and weak solutions.