COURSE TITLE : ALGEBRA
NUMBER OF LOCAL
AND GEOMETRY
CREDITS: 6
ECTS: 6
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: MATHEMATICS, COMPUTER
SCIENCE AND STATISTICS.
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: MAT/03
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSE
LANGUAGE OF INSTRUCTION : ITALIAN
LEVEL OF COURSE: BASIC COURSE
DEPARTMENT:
(NAME OF) LECTURER: STEFANO
UBERTINI
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 48
LECTURE: 32
EXERCISE COURSE: LABORATORY
WORK: 0
16
OBJECTIVES OF THE COURSE: The course is an introduction to linear algebra and its techniques and
algorithms, and in linear geometry, too. Its purposes are to preparate the students to study and to
solve systems of linear equations, to use vector calculus and linear systems for the applications,
and to solve problems of geometry in the Euclidean plane and space.
COURSE CONTENTS:
LINEAR ALGEBRA – Sets. Functions. Operations. Numerical vectors, Matrices. Geometrical
vectors and thier internal/external operations. Linear systems: resolutions with the steps reduction
method. Vector spaces over a field. Vector subspaces. Systems of linearly dependent and
independent vectors. Spanning sets of vectors. Finitely generated vector spaces. Basis and
dimension. The vector space Kn. The vector space of matrices. Determinant of a square matrix.
Rank of a matrix. Linear equations. The Guauss-Jordan algorithm for systems of linear equations.
Study of a system of linear equations: the Rouchè-Capelli Theorem; the Cramer Theorem. Linear
applications. Linear applications and matrices. Inner (scalar or dot) product. GEOMETRY –
Orientated lines and line segments. Coordinate geometry. Distance between two points. Change of
the reference system. Angles and their measure. Orientated plane. Rotation of a plane. Cartesian
coordinate system in plane and space. Euclidean vector. Dependent vectors. Addition and
subtraction of vectors. Scalar multiplication. Vector coordinates. Plane and line Cartesian and
parametric equations in space. Bundles of lines. Bundles of planes. Dot product. Distances and
angles. Cartesian reference system change. Cross product. Scalar triple product
PREVOIUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: NONE
ASSESSMENT METHODS: ORAL AND WRITTEN EXAMINATION
RECOMMENDED READING: Paola Biondi, Pia Maria Lo Re, Appunti di Geometria, A.Di.S.U. Ateneo "Federico
II",
Alessandro Basile, Algebra Lineare e Geometria Cartesiana, Margiacchi-Galeno Editrice
1
ECTS: 9
COURSE TITLE :
NUMBER OF LOCAL
CREDITS: 9
MATERIALS SCIENCE
AND TECHNOLOGY
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: MATERIALS SCIENCE AND TECHNOLOGY
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ING-IND/22
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC
LANGUAGE OF INSTRUCTION : ITALIAN
DEPARTMENT: DEPARTMENT FOR
(NAME OF) LECTURER: RAFFAELE CIOFFI
TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 72
LECTURE: 45
EXERCISE COURSE: 27
LABORATORY
WORK:
OBJECTIVES OF THE COURSE: THE PRIMARY OUTCOME IS TO PROVIDE THE MAIN TECHNICAL KNOWLEDGE AND
SKILLS NECESSARY TO SELECT SPECIFIC BUILDING MATERIALS EMPLOYING IN CIVIL ENGINEERING
COURSE CONTENTS: TYPES OF MATERIALS: METALLIC, CERAMIC AND POLYMERIC. CRYSTAL STRUCTURE AND
CRYSTAL GEOMETRY OF MATERIALS. PHASE DIAGRAMS. METALS: SOLIDIFICATION AND CRYSTALLINE
IMPERFECTIONS. METALLIC SOLID SOLUTION. MECHANICAL PROPERTIES OF METALS. PRODUCTION OF IRON AND
STEEL. THE IRON-IRON CARBIDE PHASE DIAGRAM. HEAT TREATMENT OF PLAIN CARBON STEELS. POLYMERIC
MATERIALS: POLYMERIZATION REACTIONS, THERMOPLASTIC AND THERMOSETTING POLYMERS. ELASTOMERS.
CERAMIC BRICKS AND BLOCKS: COMPOSITION, PRODUCTION AND PHISICO-MECHANICAL PROPERTIES. GLASS AND
GLASS-CERAMICS: COMPOSITION, PRODUCTION AND PHISICO-MECHANICAL PROPERTIES. LIME, PLASTER AND
CEMENT: COMPOSITION, PRODUCTION, HYDRATION, DURABILITY AND PHISICO-MECHANICAL PROPERTIES.
MORTARS AND CONCRETE: COMPOSITION, PRODUCTION, DURABILITY AND PHISICO-MECHANICAL PROPERTIES.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: CHEMISTRY
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION
RECOMMENDED READING:
L. BERTOLINI “MATERIALI DA COSTRUZIONE – VOLUME I: STRUTTURA, PROPRIETÀ TECNOLOGICHE DI
PRODUZIONE,” CITTA STUDI EDIZIONI- MILANO
W. F. SMITH “ SCIENZA E TECNOLOGIA DEI MATERIALI” MCGRAW-HILL
2
COURSE TITLE :
NUMBER OF LOCAL
CALCULUS I
CREDITS: 9
ECTS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: MATHEMATICS, COMPUTER
SCIENCE AND STATISTICS
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: MAT/05
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LANGUAGE OF INSTRUCTION : Italian
LEVEL OF COURSE: BASIC
DEPARTMENT: DIT
(NAME OF) LECTURER: MARIA
FRANCESCA BETTA
TEACHING METHODS:
TOTAL OF HOURS: 225
LECTURE: 48
EXERCISE COURSE: LABORATORY
24
WORK: 0
OBJECTIVES OF THE COURSE: The purpose of the course is to introduce the students to the basic concepts
and methods of calculus.
COURSE CONTENTS: The real number system; sequences; functions; differential calculus for function of one
variable; integral calculus for function of one variable.
PREVOIUS INDIVIDUAL COURSE UNIT: NONE.
PREREQUISITES: NONE.
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION.
RECOMMENDED READING:
• A.Alvino-G.Trombetti - Elementi di Matematica I, Liguori Ed.
• A.Alvino -L.Carbone -G.Trombetti - Esercitazioni di Matematica, Vol I (parte 1/2), Liguori Ed.
• P. Marcellini - C. Sbordone - Elementi di Analisi Matematica I, Liguori Ed.
•
P. Marcellini - C. Sbordone - Esercitazioni di Matematica, Vol I (parte 1/2) Liguori Ed.
3
COURSE TITLE :
CALCULUS II
NUMBER OF LOCAL
CREDITS: 9
ECTS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: MATHEMATICS, COMPUTER
SCIENCE AND STATISTICS
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: MAT/05
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LANGUAGE OF INSTRUCTION : ITALIAN
LEVEL OF COURSE: BASIC COURSE.
DEPARTMENT: DIT
(NAME OF) LECTURER: MARIA
FRANCESCA BETTA
TEACHING METHODS:
TOTAL OF HOURS: 225
LECTURE: 48
EXERCISE COURSE: LABORATORY
WORK: 0
24
OBJECTIVES OF THE COURSE: The purpose of the course is to provide the students with the necessary
background of differential and integral calculus for functions of several variables and for differential
equations.
COURSE CONTENTS: Series of functions, differential calculus for functions of several variables, differential
forms and line integral, integral calculus for functions of several variables, differential equations.
PREVOIUS INDIVIDUAL COURSE UNIT: CALCULUS I.
PREREQUISITES: CALCULUS I.
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION.
RECOMMENDED READING:
• N. Fusco - P. Marcellini - C. Sbordone - Elementi di Analisi Matematica II, Liguori Ed.
• P. Marcellini - C. Sbordone - Esercitazioni di Matematica, Vol II (parte 1/2) Liguori Ed.
4
ECTS: 9
COURSE TITLE :
NUMBER OF LOCAL CREDITS:
9
CHEMISTRY
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: PHYSICS AND CHEMISTRY
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: CHIM/07
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC COURSE
LANGUAGE OF INSTRUCTION :
ITALIAN
(NAME OF) LECTURER: RAFFAELE CIOFFI
DEPARTMENT: DEPARTMENT OF
TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF
LECTURE:
EXERCISE
LABORATORY
HOURS:72
45
COURSE:20
WORK: 7
OBJECTIVES OF THE COURSE: THE COURSE AIMS TO PROVIDE THE BASIC KNOWLEDGE OF
CHEMISTRY NECESSARY TO UNDERSTAND THE PHYSICO-CHEMICAL BEHAVIOUR OF THE MAIN
CLASSES OF MATERIALS USED IN ENGINEERING.
COURSE CONTENTS: PERIODIC PROPERTIES OF ELEMENTS: PERIODIC TABLE, PERIODIC PROPERTIES,
CHEMICAL PROPERTIES OF THE OXIDES AND HYDRIDES. CHEMICAL BONDS: IONIC, COVALENT AND
METALLIC BOUNDS, MOLECULAR GEOMETRY . COMPOUNDS. LIQUIDS AND SOLUTIONS: PHASE EQUILIBRIA,
PROPERTIES OF SOLUTIONS, SOLUBILITY, CONCENTRATION MEASUREMENT. PROPERTIES OF GASES: GAS
LAW, KINETIC THEORY OF GASES. PROPERTIES OF SOLIDS: TYPES OF SOLID, MACROSCOPIC PROPERTIES OF
SOLIDS. CHEMICAL REACTIONS: OXIDATION STATES, BALANCING REACTION, STOICHIOMETRIC
CALCULATION. CHEMICAL EQUILIBRIUM: NATURE OF CHEMICAL EQUILIBRIUM, EQUILIBRIUM CONSTANT,
EXTERNAL EFFECTS ON EQUILIBRIA. IONIC EQUILIBRIA IN AQUEOUS SOLUTION: ACIDS AND BASE,
HYDROLYSIS, ACID-BASE TITRATIONS. ELECTROCHEMISTRY: GALVANIC CELLS, THE NERNST EQUATION,
ELECTROLYSIS. ORGANIC CHEMISTRY: PARAFFIN HYDROCARBONS, REACTIONS OF ALKENES, FUNCTIONAL
GROUPS, AROMATIC COMPOUNDS, TOXIC MOLECULES. NATURE AND BEHAVIOUR OF HEAVY METALS.
NATURE AND TREATMENT OF INDUSTRIAL WATERS. COMBUSTION REACTIONS.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: ELEMENTARY CHEMISTRY
ASSESSMENT METHODS: FREQUENT ASSESSMENT (WRITTEN AND ORAL) CONTRIBUTING TO THE
FINAL RESULT
RECOMMENDED READING:
F. NOBILE, P. MASTRORILLI, “LA CHIMICA DI BASE CON ESERCIZI” ED.AMBROSIANA – MILANO.
L. CALLIGARO, A. MANTOVANI, “FONDAMENTI DI CHIMICA PER INGEGNERIA” ED. LIBRERIA
CORTINA PADOVA, C. BRISI, “CHIMICA APPLICATA”, ED. LEVROTTO
5
ECTS: 9
COURSE TITLE :
NUMBER OF LOCAL CREDITS:
9
CONCRETE AND STEEL
STRUCTURES
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: STRUCTURAL DESIGN
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/09
COURSE CODE:
TYPE OF COURSE: TYPICAL COURSE
LEVEL OF COURSE: ADVANCED COURSE
LANGUAGE OF INSTRUCTION :
ITALIAN
(NAME OF) LECTURER: ANTONIO
DEPARTMENT: DEPARTMENT OF
OCCHIUZZI
TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF
LECTURE:
EXERCISE
LABORATORY
HOURS:72
50
COURSE:22
WORK:
OBJECTIVES OF THE COURSE: THE COURSE AIMS TO PROVIDE THE BASIC KNOWLEDGE TO
DESIGN REINFORCED CONCRETE AND STEEL STRUCTURES.
COURSE CONTENTS: STRUCTURAL SAFETY. SEMI-PROBABILISTIC METHOD FOR STRUCTURAL DESIGN.
ANALYSIS OF MOMENT FRAME STRUCTURES USING THE DISPLACEMENTS METHOD. ANALYSIS AND DESIGN
OF STEEL STRUCTURES. ANALYSIS AND DESIGN OF REINFORCED CONCRETE STRUCTURES.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: STRUCTURAL AND STRESS ANALYSIS
ASSESSMENT METHODS: FINAL EXAM
RECOMMENDED READING:
LECTURE NOTES, MAINLY. G. TONIOLO, “APPUNTI DI TECNICA DELLE COSTRUZIONI – ELEMENTI
STRUTTURALI IN ACCIAIO”, MASSON. G. BALLIO AND F.M. MAZZOLANI, “STRUTTURE IN ACCIAIO”,
HOEPLI; RAITHEL, “METODO SEMIPROBABILISTICO AGLI STATI LIMITE”, LIGUORI; E. GIANGRECO, “TEORIA
E TECNICA DELLE COSTRUZIONI”, LIGUORI; P. FORABOSCHI, “ELEMENTI DI TECNICA DELLE COSTRUZIONI”,
MCGRAW-HILL.
6
COURSE TITLE : DRAWING AND
ECTS: 9
NUMBER OF LOCAL
AUTOMATIC DRAWING
CREDITS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT:
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/17
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: FRANCESCO
DEPARTMENT: DEPARTMENT FOR
MAGLIOCCOLA
TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 72
LECTURE: 20
SEMINARY: 2
EXERCISE COURSE: LABORATORY
10
WORK: 40
OBJECTIVES OF THE COURSE:
The contents of the course are related to drawing as a graphic and multimedial language. The courses
presents both traditional and computer-aided techniques.
COURSE CONTENTS:
The topics of the course include the geometrical configuration of the shapes, the procedures used to
determine them, and the consequent data processing. Operative experiences will be largely illustrated
as part of the course programme.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES:
ASSESSMENT METHODS: GRAPHIC TEST AND ORAL EXAMINATION.
RECOMMENDED READING:
- M. Docci, Manuale di disegno, Ediz. Laterza
- F. Mirri, La rappresentazione tecnica e progettuale, Manuale di disegno per ingegneri ed architetti, Ed. NIS.
- Lecture notes
7
ECTS: 9
COURSE TITLE :
NUMBER OF LOCAL
GENERAL PHYSICS I
CREDITS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: PHYSICS.
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: FIS/01
COURSE CODE: 569
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: MASSIMO DELLA
DEPARTMENT: DEPARTMENT FOR
PIETRA
TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 150 LECTURE: 48
EXERCISE COURSE: LABORATORY
24
WORK: 0
OBJECTIVES OF THE COURSE (PREFERABLY EXPRESSED IN TERMS OF LEARNING OUTCOMES AND COMPETENCES):
Give to the students capability to use mathematical approach in analysing a physical problem, to solve
theoretical and practical problems based on classical physics laws and to manage significance,
consequences and applications of fundamental principles of physics.
COURSE CONTENTS: Classical physics principles, kinematics, points and systems dynamics, perfect fluids
dynamics, thermology and thermodynamics principles.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: ELEMENTARY ALGEBRA, GEOMETRY, TRIGONOMETRY, ANALYSIS.
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION
RECOMMENDED READING: MENCUCCINI E SILVESTRINI - Fisica I, Liguori Ed.
8
COURSE TITLE : SOIL
ECTS: 9
NUMBER OF LOCAL CREDITS: 9
MECHANICS
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: ENVIRONMENTAL ENGINEERING
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/07 – GEOTECNICA (GEOTECHNICS)
COURSE CODE:
TYPE OF COURSE: TYPICAL COURSE
LEVEL OF COURSE: ADVANCED COURSE
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: STEFANO AVERSA
DEPARTMENT: DIT
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 240 LECTURE: 56
EXERCISE COURSE: LABORATORY
24
WORK:
OBJECTIVES OF THE COURSE (PREFERABLY EXPRESSED IN TERMS OF LEARNING OUTCOMES AND
COMPETENCES) : The course is finalised to focus on some aspects of the Soil Mechanics and in particular on the
determination of the mechanical properties of soil by means of laboratory tests and field investigations.
COURSE CONTENTS: Laboratory tests: edometric tests; triaxial tests; direct shear tests; compressibility and strength
of soils; constitutive models. In situ investigation: bore-holes; penetrometric static and dynamic tests. Limit analysis
and limit equilibrium methods for geotechnical problems.
PREVIOUS INDIVIDUAL COURSE UNIT:
PREREQUISITES: SOIL MECHANICS
ASSESSMENT METHODS: ORAL EXAMINATION
RECOMMENDED READING:
C. Viggiani, Fondazioni. Hevelius editore, Benevento
Atkinson J.H. – Geotecnica. McGraw-Hill (Italia)
9
COURSE TITLE : HYDRAULIC
WORKS II
NUMBER OF LOCAL
CREDITS: 9
ECTS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: CIVIL AND ENVIRONMENTAL
ENGINEERING
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/02
COURSE CODE:
TYPE OF COURSE: TYPICAL COURSE
LEVEL OF COURSE: ADVANCED
(NAME OF) LECTURER: RENATA
LANGUAGE OF INSTRUCTION : ITALIAN
DEPARTMENT:
DELLA MORTE
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 72
LECTURE: 54
EXERCISE COURSE: LABORATORY
18
WORK: 0
OBJECTIVES OF THE COURSE: The course aims to introduce the students to the design, control and
management of hydraulic systems, with particular reference urban areas; the course provides
support activity in order to design them.
COURSE CONTENTS: Water cycle. Water quality standards. Hydrological processes. Design and
management of drainage and water distribution systems. Water distribution networks calculations:
design versus verification. – Pipes characteristics. Overflow structures, rainfall-runoff models.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: HYDRAULICS AND HYDRAULIC WORKS
ASSESSMENT METHODS: ORAL , PROJECT DISCUSSION
RECOMMENDED READING: G. IPPOLITO: Appunti di Costruzioni Idrauliche" ED. LIGUORI
V. MILANO: "Acquedotti" ED. HOEPLI
AA. VV. "Sistemi di fognatura. Manuale di progettazione" CSDU-HOEPLI
Duplicated lectures notes.
10
ECTS: 9
TITLE: HYDRAULICS NUMBER OF LOCAL CREDITS: 9
AND HYDRAULIC WORKS
MAIN FIELD(S) OF STUDY FOR THE COURSE UNITS:
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/02
COURSE CODE:
TYPE OF COURSE: TYPICAL COURSE
LEVEL OF COURSE: ADVANCED
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: RENATA DELLA MORTE
DEPARTMENT: DEPT. OF TECHNOLOGIES
TEACHING METHODS:
TOTAL OF HOURS: 200 LECTURE: 72
EXERCISE
LABORATORY
COURSE: 18
WORK: 0
COURSE
OBJECTIVES OF THE COURSE: The course presents some developments and some remarkable applications in
the following fields of fluid mechanics: uniform flow in channels, local phenomena, steady flows in pipe
systems under inelast ic and elastic theory. Laboratory experiments.
COURSE CONTENTS:. Turbulence, Boundary layer theory, Uniform and non uniform flow in closed conduits;
Steady open channel flow; Fundamentals of ground water flows.
PREVOIUS INDIVIDUAL COURSE UNIT:
PREREQUISITES:
ASSESSMENT METHODS: ORAL EXAMINATION
RECOMMENDED READING:
Citrini D. e G. Noseda: "Idraulica", Ed. CEI, Milano.
Marchi E. e A. Rubatta: "Meccanica dei fluidi", UTET, Torino.
11
NUMBER OF LOCAL CREDITS: 9
ECTS: 9
COURSE TITLE :
MECHANICS OF SOLIDS
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: Mathematical physics, Mechanics, Applied mathematics
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: MAT/07 Fisica Matematica
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSE IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: UNDERGRADUATE
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: NUNZIANTE VALOROSO
DEPARTMENT: DEPARTMENT OF TECHNOLOGY
TEACHING METHODS: ATTENDING LECTURES
LECTURE: 44
EXERCISE COURSE: 28
TOTAL OF HOURS: 72
LABORATORY WORK:
OBJECTIVES OF THE COURSE (PREFERABLY EXPRESSED IN TERMS OF LEARNING OUTCOMES AND COMPETENCES):
The course provides the basis for tackling the study of problems in Mechanics of Solids and Structures
COURSE CONTENTS:
Introductory vector calculus and tensor algebra: Base vectors and components. Vector operations. Vector spaces and subspaces.
Dyadic product. Tensors and matrices. Matrix form of a tensor. Tensor and matrix operations. Composition of tensors.
Change of basis and component transformation. Characteristic polynomial and invariants of a tensor. Eigenvalues and
eigenvectors. Intrinsic and indicial notations. Scalar, vector and tensor fields. Gradient and divergence. Gradient of a vector
field. The divergence theorem and Gauss-Green formulas.
Introductory statics and kinematics: Forces, couples and moments. Mathematical representation. The physical significance of a
moment. Resultant force and resultant moment. Tips on calculating moments. Equilibrium. 2D force systems. Statically
equivalent force systems. Rigid-body motions. Virtual velocities. Linearized kinematics. Virtual work. Constraints and
reaction forces at joints and contacts. Equilibrium equations and solution of problems with reaction forces. Statically
determined and undetermined structures. Indeterminacy and self-equilibrated reaction forces. Compatibility conditions for
constrained rigid systems. Rigid motions and velocities. Bar mechanisms and kinematic chains. Instant centre of rotation.
Chasles’ theorems. Centres of rotation and constraints. Prescribed displacements. Theorems of virtual works. Equilibrium
and compatibility conditions. Essential and redundant constraints. Lagrange approach to computation of reaction forces.
Elements of graphic statics and general graphics methods.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: Elementary linear algebra and geometry, basic mathematics - Calculus, basic physics concepts
ASSESSMENT METHODS: FINAL EXAM (NO MIDTERM EXAMINATION)
RECOMMENDED READING:
E. VIOLA, Esercitazioni di Scienza delle Costruzioni, vol I, Pitagora, Bologna.
V. FRANCIOSI, Problemi di Scienza delle Costruzioni, vol I, Liguori, Napoli.
L. ASCIONE, Sulla statica delle travi e dei sistemi di travi, vol I, Liguori, Napoli.
12
COURSE TITLE :
STATISTICS FOR ENGINEERING
NUMBER OF LOCAL
ECTS: 9
CREDITS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: CIVIL ENGINEERING
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: TOPOGRAPHY AND CARTOGRAPHY – ICAR/06
COURSE CODE:
TYPE OF COURSE: TYPICAL
LEVEL OF COURSE: ADVANCED COURSE
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: GIOVANNI PUGLIANO
DEPARTMENT: DIT
TEACHING METHODS:
TOTAL OF HOURS: 72
LECTURE: 56
EXERCISE
LABORATORY
SEMINAR:
COURSE: 16
WORK:
OBJECTIVES OF THE COURSE : THE OBJECTIVE IS TO PROVIDE THE STUDENTS WITH A SERIES OF
TRADITIONAL TOPICS CONCERNING THE PRINCIPLES AND METHODOLOGY OF STATISTICAL DATA ANALYSIS. IT
IS EXPECTED THAT STATISTICAL KNOWLEDGE WITHIN THE GIVEN COURSE WILL SERVE AS A GOOD
FOUNDATION IN A MANNER ESPECIALLY DESIGNED FOR THE NEEDS OF APPLICATIONS INCLUDING THE
PROCESSING, SUMMARIZING AND INTERPRETING OF EMPIRIC DATA.
COURSE CONTENTS: POPULATIONS SAMPLING AND DESCRIPTIVE STATISTICS, MEASURES OF LOCATION,
MEASURES OF VARIABILITY, GRAPHICAL METHODS AND DATA DESCRIPTION, PROBABILITY, SAMPLE SPACES
AND EVENTS, AXIOMS, INTERPRETATIONS AND PROPERTIES OF PROBABILITY, COUNTING TECHNIQUES,
CONDITIONAL PROBABILITY, INDEPENDENCE, DISCRETE RANDOM VARIABLES AND PROBABILITY
DISTRIBUTIONS, MEAN OF A RANDOM VARIABLE, VARIANCE AND COVARIANCE, CONTINUOUS RANDOM
VARIABLES AND PROBABILITY DENSITY FUNCTIONS, CUMULATIVE DISTRIBUTION FUNCTIONS AND EXPECTED
VALUES, COMMONLY USED DISTRIBUTIONS, THE BINOMIAL PROBABILITY DISTRIBUTION, THE POISSON
PROBABILITY DISTRIBUTION, THE NORMAL DISTRIBUTION, LOGNORMAL DISTRIBUTION, OTHER CONTINUOUS
DISTRIBUTIONS, POINT AND INTERVAL ESTIMATION FOR A SINGLE SAMPLE, SIMPLE LINEAR REGRESSION,
LEAST SQUARES AND THE FITTED MODEL, PROPERTIES OF THE LEAST SQUARES ESTIMATORS, ESTIMATING
MODEL PARAMETERS, DATA PLOTS AND TRANSFORMATIONS, SIMPLE LINEAR REGRESSION CASE STUDY,
CORRELATION.
PREVOIUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: BASIC KNOWLEDGE IN MATHEMATICAL ANALYSIS AND COMPUTER SCIENCE.
ASSESSMENT METHODS: ORAL EXAMINATION
RECOMMENDED READING:
W. NAVIDI - PROBABILITÀ E STATISTICA PER L’INGEGNERIA E LE SCIENZE – MCGRAW HILL
13
COURSE TITLE :
NUMBER OF LOCAL
STRUCTURAL AND
STRESS ANALYSIS
CREDITS: 9
ECTS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: STRUCTURAL MECHANICS
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ICAR/08
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LANGUAGE OF INSTRUCTION : ITALIAN
LEVEL OF COURSE: BASIC
DEPARTMENT: DIT
(NAME OF) LECTURER: NUNZIANTE
VALOROSO
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 74
LECTURE: 50
EXERCISE COURSE: LABORATORY
24
WORK: 0
OBJECTIVES OF THE COURSE (PREFERABLY EXPRESSED IN TERMS OF LEARNING OUTCOMES AND
COMPETENCES): GIVE TO THE STUDENTS A BASIC KNOWLEDGE OF STRUCTURAL MECHANICS, ESPECIALLY
REGARDING THE BEAM AND SYSTEMS OF BEAMS, AIMING AT THE COMPREHENSION OF THE OPERATIVE
STRUCTURAL DESIGN PROCEDURES
COURSE CONTENTS: Equations of equilibrium, Internal forces and support reactions, Displacements and
rotations, St Venant's Theory, Material property relationships, Theories of failure
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: ELEMENTARY ALGEBRA, GEOMETRY, TRIGONOMETRY, ANALYSIS; PRINCIPLES OF
CLASSICAL MECHANICS AND PHYSICS
ASSESSMENT METHODS: FINAL EXAM
RECOMMENDED READING: Lecture notes online. V. Franciosi, Fondamenti di Scienza delle Costruzioni – volumi 1,
2 e 3, Liguori (1987). C. Comi e L. Corradi Dell’Acqua, Introduzione alla meccanica strutturale, McGraw-Hill (2003).
L. Ascione, Elementi di Scienza delle Costruzioni, Cues (2002).
14
COURSE TITLE :
NUMBER OF LOCAL
ECTS: 6
FUNDAMENTALS OF
CREDITS: 6
THERMODYNAMICS
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: ENGINEERING COURSE
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: ING-IND/10
COURSE CODE:
TYPE OF COURSE: AFFINE FIELD
LEVEL OF COURSE: BASIS COURSE
LANGUAGE OF INSTRUCTION :
ITALIAN
(NAME OF) LECTURER: ALBERTO
DEPARTMENT: DEPARTMENT
CAROTENUTO
OF TECHNOLOGY
TEACHING METHODS:
TOTAL OF
HOURS: 150
LECTURE:
38
EXERCISE
COURSE:
LABORATORY
WORK:
16
OBJECTIVES OF THE COURSE : The purpouses of the course is furnished to the students the
instruments to determine the thermodynamic properties as phase system vary, moreover tha
basic informations about energy corversion are introduced
COURSE CONTENTS: the first and second laws of thermodynamics, single phase system,
Energy conversion, psychrometrics
PREVOIUS INDIVIDUAL COURSE UNIT:
PREREQUISITES: FUNDAMENTAL OF MATHEMATIC ANALYSIS AND APPLIED PHYSICS
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION
RECOMMENDED READING: A. CESARANO-P.MAZZEI - ELEMENTI DI TERMODINAMICA
APPLICATA, LIGUORI ED. - DUPLICATED LECTURE NOTES
15
THERMODYNAMICS
NUMBER OF CREDITS (CFU): 9
SCIENTIFIC FIELD: ING-IND/10 Fisica tecnica industriale
TYPE OF TEACHING: Related activities and supplementary
LECTURER: Prof. Ing. Nicola Massarotti
COURSE AIMS: The course aims to develop the principles of thermodynamics and
heat transfer in its methodological aspects and applications.
FORMAT
Lectures: 40
Example classes: 30 Laboratory work: 2
Seminar: 2
COURSE CONTENTS: Introduction, dimensions and units. Closed systems:
First and second law of thermodynamics, reversible and irreversible processes.
Thermodynamic pressure and thermodynamic temperature; entropy measurability
and Gibbs laws; consequences of the second law. Properties of pure substances:
Phase change processes of pure substances; property diagrams and tables; specific
heat and elastic coefficients; Models for pure substances: ideal-gas and liquid
model; Mollier diagram. Control Volumes: Mass conservation; First and second
law of thermodynamics for control volumes; mechanical energy equation.
Thermodynamic analysis of: ducts; heat exchangers; hydraulic turbines; steam and
gas turbines; pumps; and compressors. Elements of heat transfer: Heat transfer
modes: Conduction, convection, and radiation. General heat conduction equation,
boundary conditions, steady-state solutions for: flat plate and cylinders. Series and
parallel thermal resistances, critical insulation radius; Unsteady heat conduction in
flat plates and cylinders. Radiation: black body, radiative properties of surfaces,
emission, reflection, adsorption and transmission, grey surfaces, radiative heat
transfer between grey surfaces, configuration factors. Convection: fluid-dynamic
and thermal boundary layer, natural and forced convection, non-dimensional
numbers: Nusselt, Reynolds and Prandtl. Combined heat transfer mechanisms.
CO-REQUISITES: None
PRE-REQUISITES: Analisi I, Fisica I, Analisi II
ASSESSMENT: Written and oral exams.
REFERENCES:
A. Cesarano, P. Mazzei, Elementi di Termodinamica Applicata, Liguori, 1987.
Lecture notes.
16
ECTS: 9
NUMBER OF LOCAL
COURSE TITLE :
TOPOGRAPHY
CREDITS: 9
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: CIVIL ENGINEERING
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT: TOPOGRAPHY AND CARTOGRAPHY – ICAR/06
COURSE CODE:
TYPE OF COURSE: TYPICAL
LEVEL OF COURSE: ADVANCED COURSE
LANGUAGE OF INSTRUCTION : ITALIAN
(NAME OF) LECTURER: GIOVANNI PUGLIANO
DEPARTMENT: DIT
TEACHING METHODS:
TOTAL OF HOURS: 72
LECTURE: 50
EXERCISE
LABORATORY
SEMINAR:
COURSE: 22
WORK:
OBJECTIVES OF THE COURSE : THE OBJECTIVE IS TO PROVIDE THE STUDENTS WITH THE
METHODOLOGICAL ELEMENTS AND THE OPERATIONAL KNOWLEDGE TO DETERMINE THE 3D
COORDINATES OF POINTS LOCATED ON THE LAND SURFACE. THE COURSE AIM TO DEVELOP DEPTH OF
UNDERSTANDING IN THE AREAS OF ENGINEERING SURVEYING AND HIGH PRECISION SURVEYING.
COURSE CONTENTS: GEODETIC REFERENCE SYSTEMS, BASIC CONCEPTS OF ERROR THEORY, SURVEYING
MEASUREMENTS, USE OF PRINCIPAL SURVEYING INSTRUMENTS, SURVEYING OPERATIONS AND
COMPUTATIONAL METHOD OF POSITION, FUNDAMENTALS OF SATELLITE POSITIONING, BASIC
PHOTOGRAMMETRY, ENGINEERING SURVEYING.
PREVOIUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: TRIGONOMETRY, GEOMETRY
ASSESSMENT METHODS: ORAL EXAMINATION
RECOMMENDED READING:
L. SOLAINI - G. INGHILLERI - TOPOGRAFIA - LIBRERIA EDITRICE UNIVERSITARIA LEVROTTO E BELLA TORINO.
G. INGHILLERI - TOPOGRAFIA GENERALE – UTET - TORINO.
17
COURSE TITLE :
NUMBER OF LOCAL CREDITS:
ECTS:
FUNDAMENTALS OF APPLIED ECONOMICS
6
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT:
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT:
COURSE CODE:
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC
LANGUAGE OF INSTRUCTION : ITALIAN
DEPARTMENT: DEPARTMENT FOR TECHNOLOGY
(NAME OF) LECTURER: ANTONIO THOMAS
TEACHING METHODS: ATTENDING LECTURES
TOTAL OF HOURS: 48
LECTURE: 38
EXERCISE COURSE: 10
LABORATORY
WORK:
OBJECTIVES OF THE COURSE (PREFERABLY EXPRESSED IN TERMS OF LEARNING OUTCOMES AND COMPETENCES):
The course aims to provide to the students the logical tools useful to interpret the behavior of the
economic system with particular reference to the system of the firms, as well as to provide the theoretical
and methodological tools for estimating the value of goods and resources.
COURSE CONTENTS:
Introduction to events, activities, systems and actors of the economic system. Markets and prices, the
mechanisms of interaction between supply and demand and the market arrangements. The circuit of
creation and distribution of value. The concept of enterprise and entrepreneur. Definition and
classification of companies. The resources and expertise.
The functional areas of business: the typical business cycle functions (purchasing, production, sales), and
additional support functions (Marketing, R & D, logistic organization, financing, control and planning,
business information system). Business management, economics and financial strategies and corporate
policies. The value chain and value system.
The different types of costs and revenues. Systems analysis of the costs involved: direct costing and
analysis costs-volumes-revenue.
The fundamentals of the estimative discipline; the framework and the main criteria of estimation:
comparison with market prices, valuation, financial income, costs of production, costs of substitution,
value addition, value transformation. Civil estimation. The economic evaluation of projects.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: NONE
ASSESSMENT METHODS: WRITTEN AND ORAL EXAMINATION
RECOMMENDED READING:
P. Miolo Vitali (a cura di), Corso di economia aziendale - Vol. I, Giappichelli, 2000 (except § VI)
R.N. Anthony, L.K. Breitner, D.M. Macrì, Il Bilancio, McGraw-Hill (Cap. 1, 2, 5, 6, 7, 8, 10)
V. Gallerani, G. Zanni, D. Viaggi, Manuale di estimo, McGraw-Hill (Capp. 1, 6, 8, 20).
18
ECTS: 6
COURSE TITLE :
NUMBER OF LOCAL
ENGLISH
CREDITS: 6
MAIN FIELD(S) OF STUDY FOR THE COURSE UNIT: CIVIL AND ENVIRONMENTAL ENGINEERING,
TELECOMMUNICATIONS ENGINEERING, MANAGEMENT ENGINEERING AND INDUSTRIAL ENGINEERING
SCIENTIFIC SECTOR OF STUDY FOR THE COURSE UNIT:
COURSE CODE: L-LIN/12 LINGUA STRANIERA
TYPE OF COURSE: BASIC EDUCATION COURSES IN ONE OR MORE FIELDS OF STUDY
LEVEL OF COURSE: BASIC
LANGUAGE OF INSTRUCTION : ENGLISH
DEPARTMENT: DEPARTMENT FOR
(NAME OF) LECTURER:
TECHNOLOGY
TEACHING METHODS: LECTURES
TOTAL OF HOURS: 150 LECTURE: 48
EXERCISE COURSE: LABORATORY
24
WORK: 0
OBJECTIVES OF THE COURSE:
1. BY THE END OF THE COURSE, STUDENTS WILL BE ABLE TO DISCUSS THEIR STUDIES AND THEIR INTERESTS IN A
SPECIFIC COURSE, SUBJECT, OR PATH OF FUTURE STUDIES.
2. BY THE END OF THE COURSE, STUDENTS WILL BE ABLE TO READ, UNDERSTAND AND DISCUSS AN ARTICLE
RELATIVE TO THEIR STUDIES.
COURSE CONTENTS:
THIS COURSE IS DESIGNED TO PROVIDE STUDENTS WITH BASIC ENGLISH SKILLS, WHILE AT THE SAME TIME
ENRICHING THEIR VOCABULARY AND IMPROVING THEIR FLUENCY. STUDENTS WILL STUDY INTERMEDIATE AND
ADVANCED LANGUAGE SKILLS. SPECIFIC FOCUS WILL BE GIVEN TO THE COMPREHENSION OF TEXTS RELEVANT TO
ENGINEERING AND EDUCATION. STUDENTS WILL BE ASKED TO READ AND TRANSLATE ARTICLES, PARTICIPATE IN
GROUP DISCUSSIONS, COMPLETE GRAMMAR EXERCISES, AND PRESENT ASSIGNMENTS TO THE CLASS.
PREVIOUS INDIVIDUAL COURSE UNIT: NONE
PREREQUISITES: NONE
ASSESSMENT METHODS: WRITTEN AND ORAL EXAM
RECOMMENDED READING:
A. J. THOMSON A.V. MARTINET, A PRACTICAL ENGLISH GRAMMAR, ED. OXFORD UNIVERSITY PRESS.
J. EASTWOOD, OXFORD PRACTICE GRAMMAR, ED. OXFORD UNIVERSITY PRESS.
R. MURPHY, L. PALLINI, ESSENTIAL GRAMMAR IN USE, (GRAMMATICA DI BASE DELLA LINGUA INGLESE), TERZA
EDIZIONE, ED. CAMBRIDGE UNIVERSITY PRESS.
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