University of Catania - Department of Industrial Engineering
Degree in Industrial Engineering (L-9)
Academic Year 2014 - 2015
COURSE OF INDUSTRIAL TECHNICAL DRAWING A – Z (cod. 74418)
SSD: ING-IND/15 – DESIGN AND METHODS FOR INDUSTRIAL ENGINEERING.
Professor: Prof. Salvatore Massimo Oliveri
Department of Industrial Engineering - Building 3 - 6th floor - room No. 20°
Tel. + 39 095738-2404, e-mail: [email protected]
Personal Web Site: http://www.dii.unict.it/users/moliveri/
OBJECTIVES OF THE
COURSE
YEAR AND PERIOD
NUMBER OF CFU
PROPEDEUTICS
The aim of this course is to provide/supply the ideas of graphic comunication and
of industrial technical drawing to the students, so that they will be able to
represent, also with freehand sketch, and understand, throughout the reading of
drawing, single machine parts and assembled, identifying shapes, technological
and functional caratteristics. The drawing should provide a clear and unambiguous
representation of designer’s idea, allowing its production and test. The students
will learn moreover a first knowledge of functional machine components. The
study of the inclusion of technical documentation in the life cycle of the product is
a feature of the course. Will be finally discussed the basic elements of Computer
Graphics and solid modeling, since these modern and contemporary alternative to
the classic instruments of the design manual.
Second year (first period)
9
None
•
•
•
REFERENCE TEXTS
•
4 . UNI, Milano, Norme per il disegno tecnico.
•
•
•
5 . M. Calì, G. Fatuzzo, R. Licciardello, Le costruzioni geometriche nel
disegno tecnico, Bonanno Editore, Catania, 2000.
6 . S. Gambera, S. Licciardello, S.M. Oliveri, Designazione dei materiali
da costruzione con particolare riferimento allo stato superficiale,
Bonanno Editore, Catania, 2000.
7 . SKF Industrie S.p.A, Catalogo e manuale tecnico dei cuscinetti.
8 . L. Baldassini – Vademecum per Disegnatori e Tecnici, Hoepli
•
9 . Dispense del corso
•
DIDACTICS MATERIAL
EXERCISE
TESTING
1 . E. Chirone, S. Tornincasa, Disegno tecnico industriale, vol. I e II, ed,
Il Capitello, Torino, 2011.
2 .G. Bertoline, E. Wiebw, Fondamenti di comunicazione grafica,
McGraw-Hill.
3 . F. Caputo, M. Martorelli, Disegno e progettazione per la gestione
industriale, Ed. Scientifiche Italiane
http://www.diim.unict.it/users/moliveri/Disegno_Tecnico_Industriale.html
Graphics will be assigned exercises related subjects coursework. Each student will
be given a card that exercises must be submitted, duly signed by the teacher, in the
examination.
The examination consists of a
graphical test (written exam), an oral
interview and assessment of the
required exercises carried out by the
Examinations and evaluation mode
student during the course and in the
schedule exercises. And 'waived the
written examination for those
C.L. Industrial Engineering (L-9)
Course: Industrial Technical Drawing
candidates who pass the written
exams and exercises conducted during
the course. Students admitted to the
oral exam may take the exam at any
session of the academic year, those
admitted with reserve once.
How to apply to an appeal
examination - Examination dates
SYLLABUS
The reservation for an exam session is
obligatory and must be done via the
internet exclusively through the
student portal within the scheduled
period.
(Reference to the textbook # 1)
1. THE DRAWING FOR THE DESIGN - RULES AND TOOLS
Technical drawing and its evolution. The drawing behind the design industry.
Industrial standardization. National and international standard norm. Drafting
standard, size dimension.
2. ORTHOGONAL PROJECTION AND AXONOMETRIC
Projection of points into the space, Monge’s theorem, orthogonal projection (S.E.
and S.A. method), axonometric orthogonal and oblique projection, isometric,
diametric and cavaliera drawing; Polhke’s theorem.
3. SECTION AND INTERPENETRATION
Section: to parallel and convergent planes; Notes on the interpenetration between
elementary solids
4. DIMENSION
Size dimension, classification and convention.
5. DIMENSIONAL AND GEOMETRIC TOLERANZ
Roughness of the surfaces and their finish. Dimensional tolerance, fit tipology, ISO
sistem, fit shaft-hole. Shrink fit. Notes on geometric tolerances. Normal numbers.
6. CONNECTIONS
Machine key, reed, involute spline, pin rod. Standard screw trhead (metrica ISO,
gas, Whitworth, buttress, Edison, ecc.). Screw, bolt, stud. Shaft-hub couplings by
forcing hot. Keys, tabs, splines and pins. The main bodies of threaded screws,
bolts, studs, nuts and bolts class. Work on welding and riveting.
7. TRANSMISSION OF MOTION AND OTHER PARTS OF MACHINES
Friction bearaing, rolling-contact bearing, conic, angular-contact, radial, collar, etc.
Sliding bearings. Thrust bearings. Rolling bearings, ball bearings, roller bearings,
tapered, in cages. Graphical representation of the bearings. Selection criteria and
their assembly. Transmission of rotary motion (transmission ratio), belt drive. The
gears, type and their representation. Seals and gaskets. Spring
8. CAd AND CAD
Elements of computer aided drafting and elements of geometric modelling of solid
Cap. 1 e 2 Vol.1
Cap. 4 e 6 vol.1
Cap. 5 vol.1
Cap.8 vol.1
Cap. 2 e 3 vol.2
Cap. 4, 5, 6 e 7 vol.2
Cap.8 e 9 vol.2
Cap. 10 vol.2
EXERCISES
Applications of the Monge’s theorem; Geometric constructions fundamental
search of the third view, orthogonal projections; Interpenetration between
elementary solids; Axonometries unified; Calculation of couplings with dimensional
tolerances; Threaded connections; Pair with keys and tabs; Mounting of rolling
bearings.
Program A.A. 2014-15
Pag. 2 of 2