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TECNICA DELLE COSTRUZIONI 1 Course Sheet Academic Year of enrolment:
Professor and Collaborators:
Hours of classroom activity:
Prerequisites:
Prerequisite are:
basic mathematics, Euler–Bernoulli beam theory, Navier and Jourawsky theory.
Objectives
Contents The teaching discusses theoretical and practical methods for the building construction. In particular, it is focused on the reinfroced concrete and steel structure design though ex cattedra lectures and design activities.
In addition, the structural analyses with software will be discussed.
Extended Syllabus Part 1: Basics
1.1 Statistic basics
1.2 Examples ->exercises by Excel
1.3 Probability basics
1.4 Examples -> exercises by Excel
Part 2: Codes
2.1 Technical codes history
2.2 Corrent code
2.3 Limit state design
2.4 Structural reliability
Part 3: Materials
3.1 Materials
3.2 Sigma-epsilon diagram
3.3 Metals
3.4 Concrete
Part 4: Structural and materials stress experiments
4.1 In situ experiments
4.2 Laboratory experiments
4.3 Materials certification -> exercises by Excel
Part 5: Structural elements
5.1 Horizontal structural elements
5.2 Vertical structural elements
5.3 Foundation structural elements
Part 6: Loads and Actions
6.1 Envirormental actions
6.1.1 Snow
6.1.2 Wind
6.2 Permanent and dead loads
6.3 Load calculation
6.3.1 Reinforced concrete slab loads-> exercises by Excel
6.3.2 Reinforced structures loads-> exercises by Excel
6.3.3 Steel structures loads -> exercises by Excel
6.3.4 Truss structures loads-> exercises by Excel
Part 7: Structure modelling and calculation by SAP2000
7.1 Reinforced concrete slab modelling and analyses
7.2 Reinforced concrete structure modelling and analyses
7.3 Steel structure modelling and analyses
7.4 Truss structure modelling and analyses
7.5 Foundation modelling and analyses
Part 8: Steel structures design
8.1 Sections
8.2 Nodes
8.2.1 bolts dimensioning and design -> exercises by Excel
8.2.2 weld joint design -> exercises by Excel
8.3 Bending (Elastic field) -> exercises by Excel
8.4 Bending and compression (Elastic field) -> exercises by Excel
8.5 Shear (Elastic field) -> exercises by Excel
8.6 Instability -> exercises by Excel
8.8 Steel structure building design
8.9 Report
Part 9: Reinforced concrete design
9.1 Basics
9.2 Bending (Elastic field) -> exercises by Excel
9.3 Bending and compression (Elastic field) -> exercises by Excel
9.4 Shear (Elastic field) -> exercises by Excel
9.5 Torsion (Elastic field) -> exercises by Excel
9.7 As-built construction drawings
9.8 Reinforced concrete building design.
9.9 Report
Part 10: Reinforced concrete Foundations
10.1 Plinths-> exercises by Excel
10.2 Frame -> exercises by Excel
10.3 Plates -> exercises by Excel
Recommended Bibliography Thecnical codes: NTC2018
• Aurelio Ghersi, Il cemento armato (qualunque edizione)
• Domenico Leone, Adriano Castagnone, Componenti strutturali in acciaio (qualunque edizione)
• Ballio Giulio, Bernuzzi Claudio, Progettare costruzioni in acciaio, 2004.
• Cordova Benedetto, Costruzioni in Acciaio, manuale pratico per l'impiego delle Norme Tecniche per le Costruzioni e dell'Eurocodice 3 (Uni En 1993).
Teaching Methods Students will be examined through a speaking interview on the teaching contents and their design activities.
Evaluation methods Verification of learning:
Contacts/More Information