STRUCTURAL DESIGN (STEEL AND REINFORCED CONCRETE)

General Module

Course Sheet

Course code:

AI704

Academic Year of enrolment:

2021

Year of supply:

2021/2022

Type of Course:

Characterising

Degree:

Course of 1st Cycle Degree in BUILDING ENGINEERING

Disciplinary Sector:

Construction Techniques

Is part of:

INTRUDUCTION TO BUILDING CONSTRUCTION AND ENGINEERING

Location:

PESCARA

Credits:

Programme Year:

Professor and Collaborators:

VISKOVIC Alberto

Cycle:

Second semester

Hours of classroom activity:

Individual study hours:

Prerequisites:

None

Objectives

The course of «Elements of Structural Engineering», describing the topics that will be studied in depth during the teaching of Structural Mechanics (ICAR/08) and Constructions Technique (ICAR/09), intends to provide the students with basic notions on the main aspects of the building materials and the design of the structural system that “makes the buildings stand”. While Structural Mechanics deals with the main mechanical principles underlying the behaviour of materials and structures, Constructions Technique addresses the calculation and design of structures.
In Italy, the principal building materials are:
- reinforced concrete (concrete + steel)
- masonry
- steel
- timber
Other building materials are not currently regulated by the Technical Standards for Constructions.
With the knowledge acquired during the course, the students will be able to:
(1) Analyse an existing construction system and identify the main structural, architectural and technological components;
(2) Determine the main geometrical, physical and mechanical properties of structural elements;
(3) Distinguish among different loading conditions and perform simple load analyses;
(4) Solve elementary static problems;
(5) Graphically represent a structural system with its load-bearing elements through plans, sections and elevations;
(6) Approach the design of new constructions.

Contents

Basic information of structural engineering, with particular focus on:
- building materials
- technical standards for constructions
- load path from the application point to the foundations
- reinforced concrete structures
- masonry structures
- steel structures
- timber structures
- bridges
- foundations

Extended Syllabus

Md1 INTRODUCTION TO STRUCTURAL TYPOLOGIES
- Structural system and sub-systems
- Structural elements
- Conception of new buildings
- Identification of existing buildings
- Structural typologies

Md2 ACTIONS ON BUILDINGS
- Technical Standards for Constructions 2018
- The Eurocodes
- Performance design philosophy: meaning and implications
- Actions on buildings
- Structural response to different actions
- Loads path

Md3 STRUCTURES IN REINFORCED CONCRETE
- Framed buildings
- Buildings with shear walls
- Prefabricated buildings
- Structural elements (beams, pillars, nodes, foundations)
- Non-structural elements (infill, partitions, etc.)
- Examples of reinforced concrete structures

Md4 MASONRY STRUCTURES
- Historical/existing structures vs modern structures
- Stonemasonry structures
- Brick masonry structures
- The rule of the art
- Evaluation of masonry quality
- Collapse mechanisms
- Examples of masonry structures

Md5 STEEL STRUCTURES
- One-storey buildings
- Multi-storey buildings (braced and non-braced frames, fixed or movable nodes frames)
- High-rise buildings
- The bracing system
- The connections: nodes and joints
- Examples of steel structures

Md6 TIMBER STRUCTURES
- Framed buildings
- Xlam buildings
- Blockbau buildings
- Peculiarities of timber structures
- Examples of timber structures

Md7 BRIDGES
- Masonry, timber, r.c. and steel bridges
- Simply supported girder bridges
- Continuous girder bridges
- Arch bridges
- Cable-stayed bridges
- Examples of bridges

Md8 FOUNDATIONS
- The foundation soil
- Superficial foundations
- Deep foundations
- Examples of structural foundations

Md9 BUILDING MATERIALS
- Stone, bricks, steel, timber, concrete, glass
- Fragile and ductile materials
- Physical, mechanical and thermal general characteristics of the main natural and artificial materials used in the building industry (the specific ones will be treated during the Course of Material Science)
- Resistance of materials
- Concepts of compression and tension

Md10 CONSTRAINTS AND DEGREES OF FREEDOM
- Rigid body motion
- Rigid body equilibrium
- Constraints in a plane
- Constraints in space
- Constraint reactions
- External loads and constraint reactions

Md11 CONSTRUCTION DETAILS
- Construction details in r.c.
- Construction details in steel
- Construction details in timber

Recommended Bibliography

Essential bibliography: Bibliografia essenziale: Lecture notes.
Recommended textbooks: Technical Standards for Constructions (NTC 2018)
Further specific material might be suggested during the classes.

Teaching Methods

The Course is organized in modules and includes:
a) Frontal teaching classes;
b) Four individual assignments on different pre-established topics:
1. load analysis of a typical brick-concrete floor;
2. determination of masonry quality index;
3. description of a braced steel-framed system;
4. resolution of simple isostatic systems;
c) Progressive elaboration of a project work (either in group or individually) concerning:
• Analysis of an existing construction with identification of the main structural, architectural and technological components;
• Determination of the structural system with its load-bearing elements;
• Graphical representation of carpentry drawings, sections and a construction detail.

Evaluation methods

Verification of learning:

The learning verification methods will consist of:
- Oral presentations of the individual assignments;
- Regular reviews of the project work;
- Final oral examination with presentation and discussion of the project work, followed by three to five questions concerning the entire program of the course.

Assignments and project work are mandatory to be admitted to the final oral examination. The committee will evaluate the correctness, completeness and organization of the deliverables and will assess the property of language, degree of detail and clarity of exposition of the student while answering to the oral questions. The final grade (out of thirty) will be computed as follows:
20% for the individual assignments;
40% for the project work;
40% for the final oral examination.

Contacts/More Information

Università degli Studi
"G. d'Annunzio"

Chieti - Pescara

Aree