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Politecnico di Torino
Academic Year 2014/15
01NIELO
Body and interiors components design
Master of science-level of the Bologna process in Automotive Engineering - Torino
Teacher Status SSD Les Ex Lab Tut Years teaching
Pia Giuseppe ORARIO RICEVIMENTO     87 33 0 0 5
SSD CFU Activities Area context
ING-IND/11
ING-IND/14
ING-IND/14
ING-IND/21
2
1
7
2
F - Altre (art. 10, comma 1, lettera f)
F - Altre (art. 10, comma 1, lettera f)
B - Caratterizzanti
F - Altre (art. 10, comma 1, lettera f)
Altre conoscenze utili per l'inserimento nel mondo del lavoro
Altre conoscenze utili per l'inserimento nel mondo del lavoro
Ingegneria meccanica
Altre conoscenze utili per l'inserimento nel mondo del lavoro
Subject fundamentals
Course’s purpose is to give a solid platform of requisite knowledge and skills in body and cockpit design. It will mainly provide notions relating to design specific methodology and materials, according to production technologies of body and cockpit components: graphical representation systems, body, movable parts such as locks, hinges, windows; notions of biomechanics from passive safety tests, restraint systems, dashboard, interior trims, seats, conditioning systems, bumpers, grilles, moldings, spoilers, sill covers, seals, glasses and mirrors, wipers, lights. Furthermore, design and assembling problems will be analysed.
Expected learning outcomes
The student must acquire knowledge concerning setting criteria and design; notions relating to technologies and body/cockpit components materials, with a special attention to comfort, safety and economics. Furthermore, the student will be able to know and critically recognize main architectural solutions and conditioning fundamentals, applied to automotive design, and bonds relating to biomechanical criteria coming from passive safety tests and rating.
Prerequisites / Assumed knowledge
Notions of Car Body Design course are requested.
Contents
1 CAR BODY STEELS FEATURES
- Steel cold-moulding
- Mentions on metallic materials’ plastic deformability
- Metallic yield effect, anisotropy effect, strain hardening effect.
2 GRAPHIC AL REPRESENTATION SIMULTANEOUS ENGINEERING
CAS (Computer Aided Styling):
- Form and, mathematical model generations.
CAD (Computer Aided Design):
- Rules in CAD elements creation
- Body modelling, surfaces modelling
- Archetipes, Typical sections, Joining
- Reference system, Reference points
- Drawing legend and cartouche
- Testing/Checks
CAM (Computer Aided Manufacturing)
DMU (Digital Mock-Up)
- Project checks, Kinematic analysis, Assembling checks
VIRTUAL REALITY
3 CAR BODY STEEL TYPES
Deep-drawing steel
- Traditional steels for high-strength cold deformation. Grain size effect.
- Innovative high strength steels
- Steels for side impact safety
4 BODY ASSEMBLY
- Body composition
- Body functions: safety, aerodynamics, isolation, visibility, reliability
- Technologies
- Mentions about assembly processes
- Painting
- Technological innovations
5 MENTIONS ABOUT COMMERCIAL AND INDUSTRIAL VEHICLES
6 PASSIVE SAFETY
- Mentions about biomechanics (biomechanical approach process and performance criteria)
- Homologation and rating
- Safety and safety systems
- Seat belts: functions, anchors and main components
- Air-bag: functions, components, types
7 INTERIOR
- Dashboard modules: functions and types
- Dashboards: functions and main types (study of various manufacturing technologies and materials). Analysis of design solutions, assembly technologies and main components.
- Door panels, pillar coatings, parcel shelves and car roof coatings: functions, main manufacturing technologies and materials, design solutions.
8 SEATS
- Front and rear seats: functions, main components analysis, manufacturing technologies and materials. Design solutions of the whole seat and its components. Mentions about baby transport.
9 AIR CONDITIONING
- System development, from heater to conditioner, functions, refrigeration system. Main components with specific design solutions.
10 MOVABLE PARTS
DOORS
- Door type classification, design.
- Static and dynamic rigidity, Resistance to permanent deformations, Impact resistance
- Technologies
- Hinges and block devices, Door lacks, Door brakes
- Door modules
- Delivery testing
- Sliding doors
- Trunk lid, liftgate, tailgate
- Technologies
- Twin rear doors
HOOD
- Engine hood cover
SUNROOFS
11 WEATHER STRIPS
- Mission of weather strip,
- Body joints finishing, Door weather strip,
- Aging resistance, Acoustical insulation, Air and gas infiltration, Water seal, Powder and snow seal
- Innovations
12 GLASSES AND MIRRORS
- Fracture lines and surfaces
- Windshield
- Door glasses
- Rear window
13 WIPERS, REAR WIPERS AND SPRAYERS
- Wiper components
- Rear wiper components
- Technical specifications and tests
14 LIGHTS
- Light sources
- Alternative technical solutions for lights
- Tests
15 EXTERNAL FINISHINGS
- Bumpers: evolution, functions. Design criteria, manufacturing technology and materials. Types of bumpers.
- Grilles, sill covers, mouldings, spoilers: functions, design criteria with manufacturing technologies and materials.
Delivery modes
In order to get in touch with course’s purposes, students will visit companies and make a report.
Texts, readings, handouts and other learning resources
Morello L, Rosti Rossini L, Pia G, Tonoli A. The Automotive Body, Volume I and II. London: Springer, 2011
Assessment and grading criteria
The exam consists in an oral test with five/six questions where the different topics of the course are examined first with a global overview and the focusing on some details. The total evaluation takes into consideration the quality of reports about the visits.

Programma definitivo per l'A.A.2014/15
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