Anno Accademico 2013/2014
Insegnamento : EQUAZIONI DIFFERENZIALI
Numero di crediti : 6
Data Inizio Lezioni:
MARZO 2014
ORE 9.00
OUTLINE OF THE COURSE
CONTENT
- TOPOLOGICAL METHODS
- Brouwer Fixed Point Theorem
- Contractible Sets
- Schauder Fixed Point Theorem
- A Fixed Point Theorems for Noncompact Operators
- Classical Solutions of PDEs, Functional Setting
- Classical Solutions, Applications of Fixed Point Theorems
- Weak Solutions of PDEs, Functional Setting
- Weak Solutions of PDEs, Applications of Fixed Point Theorems
- STATIONARY PROBLEMS
- Second-Order Semilinear Equations and Inequalities with Bounded Coefficients
- Second-Order Semilinear Equations and Inequalities with Unbounded Coefficients
- Higher Order Semilinear Equations and Inequalities with Bounded Coefficients
- Higher Order Semilinear Equations and Inequalities with Unbounded Coefficients .
- Second-Order Elliptic Problems with Local (Complete) Blow-up of a Solution
- Higher Order Semilinear Inequalities with Singular Coefficients
- Second-Order Semilinear Differential Inequalities with Critical Degeneracy
- Semilinear Differential Inequalities with a Polyharmonic Operator .
- Nonexistence of Solutions to Semilinear Problems in a Half-Space
- Semilinear Inequalities in Cones
- A Model Quasilinear Problem and Its Generalizations
- The General Case of Quasilinear Inequalities
- Coercive Problems
- Problems With the Right-Hand Side Depending on the Gradient of a Solution
- Bernstein Theorem and generalizations
LUNEDI 16 GIUGNO 2014 ore 9.30
SEMINARI
Ad maiora!
9.30 -10.00 - FABIO PEZZOLO
10.15 - 10.45 - VALENTINA SEPE
11.00 - 11.30 - GIACOMO ZUCCARINO