Course code:
Academic year:
Course title:
Supplementary Course in Structures (module A and module B)
Module:
U - Supplementary Course in Structures (module A and module B)
Teacher 1:
Teacher 1:
Type 1:
Teacher 2:
Teacher 2:
Type 2:
Reference sector:
Year of degree course:
Third
Faculty:
Type:
Semester:
Sub period:
Total credits:
Workload
| Attività frontale: Lectures: |
80.0 |
|
|
| Esercitazioni: Applied activities: |
16.0 |
|
|
| Studio individuale: Individual work: |
0.0 |
|
|
| Attività didattica a piccoli gruppi: Group work: |
0.0 |
|
|
|
|
| Seminari: Seminars: |
0.0 |
|
|
|
|
| Laboratori: Laboratories: |
0.0 |
|
|
| TOTALE (voci sopra-elencate): TOTAL: |
96.0 |
|
|
| Ore di lezione settimanali: |
8.0 |
Prerequisites:
For Structures module A: Mechanics of Materials and Structures For Structures module B: Structures module A.
Educational goals:
Structures A: Analysis of frame structures; test of simple steel structures . Structures B: Specific problems with structures; two-dimensional structures. Reinforced concrete structural elements analysis and design.
Course contents:
Structures A: The course module deals with the study of structural analysis methods for statically indeterminate frames subjected to external loads and thermal variations. The methodologies proposed are both analytical and approximate. The attention is focused on the flexibility and force methods. The Mohr theorem and its applications will be addressed as well. Regarding the approximate methods the course will exploit the use of the Cross iterative method, particularly applied to continuous beams. After a first introduction on the structural properties of steel, the second half of the course deals with the design of simple steel structural elements. Focus will be put on structural elements resistance, deformability and instability. The design and the detailing of bolted and welded connections will be the subject of the last part of the course module. Structures B: the course deals with girders on constant flexible support; girder frameworks design; classic theory of reinforced concrete elements; reinforced concrete elements subjected to axial load, flexure and shear; slabs and plates analysis and design;
Course text 1:
Course text 2:
Course text 3:
Course text 4:
Teaching activities:
Lectures, applied activities
Assessment:
written + oral
For module B, the final exam can be subsituted by project work carried out during the term.
Teaching language:
Italian
Other information: