Francesco CANNIZZARO
Associate Professor of Structural mechanics [ICAR/08]
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Academic Year 2023/2024
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
FONDAMENTI DI MECCANICA E STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 4th Year
MODERNE TECNICHE DI PROGETTAZIONE ANTISISMICA
Academic Year 2022/2023
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
FONDAMENTI DI MECCANICA E STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
INTRODUCTION TO STRUCTURAL MECHANICS
Academic Year 2021/2022
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
FONDAMENTI DI MECCANICA E STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
INTRODUCTION TO STRUCTURAL MECHANICS
Academic Year 2020/2021
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
FONDAMENTI DI MECCANICA E STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
INTRODUCTION TO STRUCTURAL MECHANICS
Academic Year 2019/2020
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
FONDAMENTI DI MECCANICA E STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 4th Year
LABORATORIO DI COSTRUZIONE DELL’ARCHITETTURA M - Z
Academic Year 2018/2019
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 2nd Year
STATICA - DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 4th Year
LABORATORIO DI COSTRUZIONE DELL’ARCHITETTURA M - Z
Academic Year 2017/2018
- DIDACTIC UNIT OF ARCHITECTURE
Master's Degree in Architecture - 4th Year
LABORATORIO DI COSTRUZIONE DELL'ARCHITETTURA M - Z
The research activity is mainly devoted to the following topics:
- Seismic vulnerability and retrofitting of masonry and mixed masonry-r.c. buildings
- Seismic vulnerability and retrofitting of historical and monumental buildings
- Assessment of the seismic response of masonry buildings by means of macro-models
- Dynamics of inhomogeneous beam models by means of mathematical models based on generalised functions
- Stability of inhomogeneous beam models by means of mathematical models based on generalised functions
- Finite element modeling of inhomogeneous beam models by means of mathematical models based on generalised functions
- Finite element modeling of inhomogeneous beam models by means of mathematical models based on generalised functions
- Static and dynamic damage identification in cracked beams
- Experimental and numerical dynamic behavior of rigid blocks
- Nonlinear modelling of masonry arch bridges
- Fiber-reinforced retrofitting strategies of masonry structures
- Nonlinear time histories of masonry structures