OVERVIEW

SPECIAL FOUNDATIONS - Module

Module of the Course : Soil and Rock Mechanics and Foundation Engineering

Course leader: Riccardo Berardi

Course Code: 84540

Scientific Sector (MIUR):  ICAR/07 Geotechnics

Credits: 5

Degree: MSc  in Civil and Environmental Engineering – First year – 2nd Semester

AIMS AND CONTENT

AIMS AND LEARNING OUTCOMES

Course aims

The main objective is to supply capabilities for designing and verifying foundations (shallow and deep) and retaining structures (gravity walls, diaphragm walls, special earth retaining structures). Soil improvement methods for foundation applications are treated as well.

Learning outcomes

Choice of the most suitable foundation type. Analysis and design of foundations and retaining structures.

TEACHING METHODS

This module uses lectures, tutorial exercises, case histories.

SYLLABUS/CONTENT

• Deep foundations. Types and construction methods. Single pile under axial loading: bearing capacity and settlement. Loading tests. Group of piles.  Single pile under horizontal loading: bearing capacity and settlement. Shafts.
• Shallow foundations: soil-foundation-structure interaction. Structural design of plinths, foundation beams, rafts.
• Earth Retaining structures: Types. At-rest, active, passive lateral earth pressure. Earth pressures due to surface loads. Earth pressure for design. Gravity retaining walls. Diaphragm walls: Cantilever and anchored retaining structures. Special Structures. Soil diplacements due to deep excavation and consequences on existing buildings. Reinforced soil as retaining walls: principles.
• Ground Anchors in retaining structures
• Soil improvment methods in foundation applications: Preloading, vertical drains and radial consolidation; soil compaction; soil stabilization; jet grouting and deep mixing

RECOMMENDED READING/BIBLIOGRAPHY

Set of Lectures (available on AulaWeb https://dicca.aulaweb.unige.it/).

AGI, AICAP., Raccomandazioni Ancoraggi nei Terreni e nelle Rocce. 2012. Roma.

Berardi G., Ingegneria delle Fondazioni, in Enciclopedia dell’Ingegneria, Cap. 45.2, ISEDI, Istituto Editoriale Internazionale, Milano.

Berardi R., Capacità portante di un singolo palo soggetto a carico assiale, in XVI CGT, Conferenze di Geotecnica di Torino - conf. n° 16(1), 1997.

Berardi R., Fondamenti di Geotecnica, 3a Ed. 2017, Città Studi, De Agostini Scuola (www.cittastudi.it).

Clayton C.R.I., Woods R.I, Bond A.J, Milititsky J., Earth Pressure and Earth-Retaining Structures, 3rd ed., 2013 CRC Press, Taylor & Francis Group.

Evangelista A. Problemi e soluzioni in inegneria geotecnica. Scritti di Aldo Evangelista. a cura di Aversa S., Ramondini M., Scotto di Santolo A., Silvestri F. 2017. Giannini Editore. 

Fleming W., Weltman A., Randolph M., Elson W., 1992, Piling Engineering, 2nd ed., Blackie Academic & Professional, Glasgow and London.

Lancellotta R., Calavera J., Fondazioni, 1999, Mc Graw Hill Italia, Milano.

Lancellotta R., Costanzo D., Foti S. Progettazione geotecnica secondo l'Eurocodice 7 (UNIEN 1997) e le norme tecniche per le costruzioni (NTC2008). 2015. Hoepli, Trento.

Mandolini A., Prove di carico su pali di fondazione, 2002. Hevelius. Benevento.

Phang H. Y. Foundation Engineering Handbook, 1991. Chapman & Hall. USA.

Poulos H. G., Davis  E. H. Analisi e progettazione di fondazioni su pali. 2005. Flaccovio Editore. Palermo.

Viggiani C., Fondazioni, 1999, Hevelius, Benevento.

TEACHERS AND EXAM BOARD

Exam Board

RICCARDO BERARDI (President)

ROBERTO PASSALACQUA (President)

ROSSELLA BOVOLENTA

GIOVANNI BESIO (President Substitute)

LESSONS

LESSONS START

October 2018

EXAMS

EXAM DESCRIPTION

 Oral examination.

ASSESSMENT METHODS

Questions are posed on theoretical aspects and calculations developed during the courses to establish the knowledge of the topics.

Exam schedule

FURTHER INFORMATION

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