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  1. Courses

501018 - STRUCTURAL DESIGN

courses
ID:
501018
Duration (hours):
62
CFU:
6
SSD:
TECNICA DELLE COSTRUZIONI
Year:
2025
  • Overview
  • Syllabus
  • Degrees
  • People

Overview

Date/time interval

Secondo Semestre (02/03/2026 - 12/06/2026)

Syllabus

Course Objectives


The “Structural Design” course aims at introducing the students to the principles of structural design, intended as a global process starting from functional and architectural data and arriving to the conception, calculation and design of a structure and its construction details. The course is strongly oriented to practical issues, hence requiring active participation of the students. A key part of the course consists of the design of the reinforced concrete structure of a simple building, to be carried out as a term project in parallel with the theoretical lectures. At the end of the course, each student must be able to conceive a simple structural design, to size and verify structural elements and to define their critical construction details. The focus is on reinforced concrete frame structures, but the initial and last parts of the course address also alternative construction techniques.


Course Prerequisites


Fundamental prerequisites for the course are the contents of courses on Solid and Structural Mechanics (Scienza delle Costruzioni) and Structural Engineering (Tecnica delle Costruzioni).

Teaching Methods


Formal lectures and tutorials in the classroom.
Possible visits to construction sites.


Assessment Methods


The course learning assessment methods include 3 phases:
1) TERM PROJECT
The term project, which delas with the design of the reinforced concrete structure of a small building, is a prerequisite for the admission to the written and oral examinations.
- It is normally developed by groups of 2 students (circumstantiated exceptions can be considered).
- It is recommended to develop it during the course, following the sequence of topics presented in class and taking advantage of weekly tutorial sessions.
- Only a single submission per group is required, even though its member may take the exam at different calls.
- It shall be submitted electronically in .pdf format (by email, Gdrive, OneDrive, WeTransfer, Dropbox…) within the deadline for enrolling for the chosen written examination call, including a synthetic calculation report and construction drawings.
- It is valid for one academic year. Possible extensions and related amendments shall be agreed upon with the instructor at the beginning of the next course delivery.
- It is strictly forbidden copying and pasting in the report any part of the slides shared during the course, as well as any material extracted from other textbooks, handbooks, codes, etc., under penalty of nullity of the submission and exclusion from the exam.
2) WRITTEN EXAMINATION
After submitting the term project, the students can enroll in the written examination, which deals with the simplified design of a portion of a reinforced concrete structure.
- Material necessary for the written test: electronic calculator (not the smartphone); normalized interaction diagrams printed on paper.
- Material allowed during the written test: notes, slides, readers, etc., written or printed on paper; codes, textbooks, handbooks, etc., printed on paper.
- Material forbidden during the written test: any communication devices, including cellphones, smartphones, tablets, laptops, earphones, smartglasses, smartwatches, etc.; electronic files.
3) ORAL EXAMINATION
Students passing the written exam with a sufficient grade can access the oral examination.
- The interview deals with: presentation of the term project; discussion of possible mistakes in the written exam; questions on the conceptual and practical aspects of structural design covering the entire course program.
- The oral exam can be taken within the same examination call in which the written exam was passed or, otherwise, in the following call of the same exam session (e.g. written exam in June and oral exam in July); only in case the written exam is passed at the end of the summer session (July), the oral exam can be taken also in the following September session.
- The final grade significantly depends on the comprehension and insight of the course contents, assessed through the interview.


Texts


Notes, slides, and teaching material provided by the instructor.
Italian Technical Building Code and related documents.
Books and other documents useful to delve into some specific topics will be also suggested during the course.


Contents


FUNDAMENTALS OF STRUCTURAL DESIGN
- Understanding the response of structural members and systems, also intuitively.
- Main design choices; choice of structural typologies and materials.
- Construction of reinforced concrete structures.
- Structural safety and code references.
ACTIONS ON BUILDINGS AND STRUCTURAL ANALYSIS
- Design actions.
- Structural analysis of floor slabs, beams, columns, foundations.
- Approximate analysis methods.
DESIGN OF REINFORCED CONCRETE STRUCTURAL ELEMENTS
- Simplified sizing methods.
- Hollow-core clay block and concrete floor slabs: limit-state design for flexure and shear; layout of longitudinal reinforcement; cantilevers, solid strips, transverse ribs.
- Beams: limit-state design for flexure and shear; conventional and band beams, rectangular or T sections; layout of longitudinal and transverse reinforcement.
- Columns: limit-state design for stability, axial force, flexure and shear; rectangular and circular columns; layout of longitudinal and transverse reinforcement.
- Foundation structures: shallow and deep foundations; isolated and combined/continuous spread footings; design and verification methods; reinforcement layout.
CONSTRUCTION DETAILS
- Development and lap-splice of reinforcing bars.
- Construction details for slabs, beams, columns and footings; slab-beam, beam-beam, beam-column intersections; story-by-story tapering and dowel bars.
- Other construction details: interior, exterior, top, and knee beam-column joints; staircase structures; corbels; hints on the strut-and-tie method:
INTRODUCTION TO PRESTRESSED CONCRETE STRUCTURAL MEMBERS
- Self-equilibrated stress states and prestressing.
- Prestressed concrete technologies and materials.
- Hints on short-term and long-term prestress losses.
- Hints on limit-state verification of statically determinate prestressed concrete structures.


Degrees

Degrees

CIVIL AND ENVIRONMENTAL ENGINEERING 
Bachelor’s Degree
3 years
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People

People

GUERRINI GABRIELE
AREA MIN. 08 - Ingegneria civile e architettura
Settore CEAR-07/A - Tecnica delle costruzioni
Gruppo 08/CEAR-07 - TECNICA DELLE COSTRUZIONI
Ricercatore
No Results Found
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