italian version

Aims :

The aim of the course is to supply the students with the basics of the conceptual design philosophy regarding the determination of the static layouts , the choice of the proper structural materials, the sizing of structural members and the selection of appropriate constructive techniques.

Topics :

Definition of design loads (dead and live loads, seismic effects, wind load, thermal variations, load combinations for SLS and ULS).
Analysis of elastic multi degrees of freedom systems (method of equilibrium for the solution of the elastic problems and use of computer procedures).
Method of partial coefficients for the evaluation of structural safet.y
Reinforced concrete structures (structural performance, bond and cracking, evaluation of serviceability limit state and ultimate limit state, structural layout and construction types).
Steel construction.
Foundations and retaining works (plinths, piles, footings, slabs, retaining walls).
Innovative systems for the seismic protection of buildings (energy approach, base isolation, energy dissipation devices).
Design of simple structural members (stairways, joists, cantilevers, footings).

Textbooks :

1. Dispense messe a disposizione dal docente
2. Giacchetti R., “Fondamenti di dinamica delle strutture e di ingegneria sismica” EPC Libri Roma
3. Pizzetti G. et al., "Principi statici e forme strutturali", UTET Torino
1. Salvadori M. et al., "Le strutture in architettura", ETAS Libri
2. Engel H., "Structure Systems", London Ilieffe Books Ltd.
3. Nervi, “Costruire correttamente”, Ed. Hoepli
4. Radogna E.F., “Tecnica delle Costruzioni”, Vol. 1-2-3 Ed. Masson, Milano
5. Toniolo G., “Cemento armato” Vol. 2A e 2B, Ed. Masson, Milano
6. Giangreco E., “Teoria e tecnica delle Costruzioni”, Vol. 1, Ed. Liguori, Napoli
7. Calzona, R. e Cestelli Guidi C.,”Il calcolo del cemento armato”, Ed. Hoepli
8. Santarella L., “Il cemento armato. La tecnica e la statica”, Ed. Hoepli

Exam :

Final exam will consist of a written test followed by an oral discussion about the theoretical as well as practical aspects of the course.

Tutorial Session :

Students will be received two hours a week on a day to be determined.