2. Professors
  3. AMENDOLA ADA
  4. Teaching

MATHEMATICAL AND MECHANICAL MODELS FOR ENGINEERING AND ARCHITECTURAL PROBLEMS

ADA AMENDOLA MATHEMATICAL AND MECHANICAL MODELS FOR ENGINEERING AND ARCHITECTURAL PROBLEMS

8802100015
DEPARTMENT OF CIVIL ENGINEERING
P.H.D. COURSE
RISK AND SUSTAINABILITY IN CIVIL, ARCHITECTURAL AND ENVIRONMENTAL ENGINEERING SYSTEMS
2020/2021

YEAR OF COURSE 1
YEAR OF DIDACTIC SYSTEM 2020
ANNUALE
CFUHOURSACTIVITY
642LESSONS
ANTONIO VITOLO T Curriculum
ADA AMENDOLA Curriculum
FERNANDO FRATERNALI Curriculum
Objectives
LEARNING RESULTS AND EXPERTISE TO ACQUIRE:
KNOWLEDGE ON MATHEMATICAL AND MECHANICAL MODELS FOR SEISMIC ISOLATION OF STRUCTURES, MECHANICAL METAMATERIALS AND THE THEORY OF PROBABILISTIC SAFETY OF STRUCTURES
Prerequisites
BASIC KNOWLEDGE OF MATHEMATICS AND THEORY OF STRUCTURES
Contents
-MECHANICAL MODELS OF SEISMIC ISOLATION DEVICES
-CONSTUTUTIVE LAWS OF DISSIPATIVE BRACES AND VISCOUS DAMPERS
-BASIC PRINCIPLES OF MECHANICAL
METAMATERIALS
-TENSEGRITY STRUCTURES
-DISPERSION LAWS
-PROBABILISTIC THEORY OF THE SAFETY OF STRUCTURES
Teaching Methods
THE CLASS INCLUDES THEORETICAL LECTURES (60%) AND A CLASSROOM EXERCISE ON THE WRITING A PATENT APPLICATION FOR INVENTION (40%).
Verification of learning
THE FINAL EXAM CONSISTS ON A WRITTEN TEST AND/OR AN ORAL INTERVIEW. THE EXAM COVERS THE THEORETICAL AND APPLICATIVE ASPECTS OF THE CLASS MODULES.
Texts
- ONLINE CLASS NOTES
More Information
SUPPLEMENTARY REFERENCES:
- SKELTON, R. E., DE OLIVEIRA, M. C., 2010. TENSEGRITY SYSTEMS. SPRINGER.
- G. AUGUSTI, A BARATTA, F. CASCIATI, PROBABILISTIC METHODS IN STRUCTURAL ENGINEERING". CHAPMAN & HALL EDITORS, LONDON, 1984, PP. 584. ISBN-10: 0412222302 ISBN-13: 978-0412222306 ·
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