Complete beschrijving van de voertuigdynamica van een Volkswagen Golf 5.
1 Inhoudsopgave 2
2 Algemene informatie 3
A) Afmetingen en gewicht 3
B) Motor, transmissie en remmen 3
C) Prestaties en verbruik 4
3 Banden en velgen 5
3.1 Velgen 5
3.2 Banden 5
4 Wielgeleiding 8
4.1 Algemeen 8
4....
Karel de Grote-Hogeschool
Katholieke Hogeschool Antwerpen
Departement Industriële Wetenschappen en Technologie (IWT)
Opleiding autotechnologie
Campus Hoboken
Volkswagen golf 5
Vak: Voertuigdynamica
Docent: Luc Segers
Academiejaar: 2009-2010
STDVK EM1 : Schakeljaar
Groep: 5
Naam: Tom Debaes
Datum afgifte: 28/05/2010
2009-2010 Karel de Grote-Hogeschool STDVK EM1
,28/05/2010 Voertuigdynamica 2/36
1 Inhoudsopgave
1 Inhoudsopgave .................................................................................................................... 2
2 Algemene informatie .......................................................................................................... 3
A) Afmetingen en gewicht ............................................................................................................... 3
B) Motor, transmissie en remmen................................................................................................... 3
C) Prestaties en verbruik .................................................................................................................. 4
3 Banden en velgen ................................................................................................................ 5
3.1 Velgen .......................................................................................................................................... 5
3.2 Banden......................................................................................................................................... 5
4 Wielgeleiding ...................................................................................................................... 8
4.1 Algemeen..................................................................................................................................... 8
4.2 Vooraan ....................................................................................................................................... 8
4.2.1 Kinematica ..................................................................................................................... 10
4.2.2 Elastokinematica ........................................................................................................... 13
4.2.3 Bevestigingsrubbers ...................................................................................................... 14
4.3 Achteraan .................................................................................................................................. 15
4.3.1 Kinematica ..................................................................................................................... 15
4.3.2 Elastokinematica ........................................................................................................... 19
4.3.3 Bevestigingsrubbers ...................................................................................................... 20
5 Antirolstang....................................................................................................................... 21
5.1 Functie ....................................................................................................................................... 21
5.2 Vooras........................................................................................................................................ 21
5.3 Achteras..................................................................................................................................... 23
5.4 Besluit ........................................................................................................................................ 23
6 Besturing ........................................................................................................................... 24
6.1 Type ........................................................................................................................................... 24
6.2 Ligging stuurhuis, positie spoorstangen .................................................................................... 25
6.3 Stuurbekrachtiging .................................................................................................................... 25
6.3.1 Type ............................................................................................................................... 25
6.3.2 Opbouw ......................................................................................................................... 26
6.4 Geometrische eigenschappen van de stuurinrichting............................................................... 29
6.4.1 Perfecte besturing ......................................................................................................... 29
6.4.2 Het bepalen van de afwijking tot de Rechte van Kamm ............................................... 30
7 Wielgeometrie ................................................................................................................... 32
7.1 Afstelgegevens .......................................................................................................................... 32
7.1.1 Voorophanging .............................................................................................................. 32
7.1.2 Achterophanging ........................................................................................................... 32
7.1.3 Afstelmogelijkheden...................................................................................................... 35
7.1.4 Voorwaarden tijdens het afstellen ................................................................................ 36
2009-2010 Karel de Grote-Hogeschool STDVK EM1
,28/05/2010 Voertuigdynamica 3/36
2 Algemene informatie
A) Afmetingen en gewicht
* Lengte: 4204 mm
* Breedte: 1759 mm
* Hoogte bij leeggewicht: 1513 mm
* Bodemvrijheid: 143 mm
* Wielbasis: 2578 mm
* Spoorbreedte vooraan: 1540 mm
* Spoorbreedte achteraan: 1518 mm
* Leeggewicht: 1326 kg
* Max. Toegelaten massa: 1890 kg
* Nuttig laadvermogen: 485 kg
* Bodemvrijheid bij maximaal
toelaatbaar gewicht 93 mm
* Aantal zitplaatsen: 5
* Kofferinhoud min/max: 350 l / 1305 l
* Bouwjaar: 2006
* Uitvoeringsniveau: Comfortline
B) Motor, transmissie en remmen
* Type: viercilinder-in-lijn
* Injectie: Directe Injectie (pompverstuivers)
* Plaatsing: vooraan, dwars
* Brandstoftype: diesel
* Aantal kleppen: 8
* Cilinderinhoud: 1896 cc
* Ligging nokkenas: SOHC
* Ontstekingsvolgorde: 1-3-4-2
* Boring x slag: 79,5 mm x 95,5 mm
* Compressieverhouding: 19:1
* Max. vermogen: 77 kW/ 105 pk bij 4000 tr/min
* Max. koppel: 250 Nm bij 1900 tr/min
* Motormanagement: Bosch Motronic MED 9.1
* Motorolie incl. oliefilter: 3,8 l (SAE 5W40 PI)
* Oliedruk (bij 80° C en 2000 tr/min): 2,0 bar
* Overbrenging: riem
* Aandrijving: voorwielen
* Transmissie: handgeschakeld
* Aantal versnellingen: 6 vooruit + 1 achteruit
* Remmen vooraan: volle schijven 280 mm
* Remmen achteraan: volle schijven 255 mm
* Dikte remvoering/ 10,0 mm
2009-2010 Karel de Grote-Hogeschool STDVK EM1
, 28/05/2010 Voertuigdynamica 4/36
C) Prestaties en verbruik
* Tankinhoud: 55 l waarvan 7 l reserve
* 0 tot 80 km/h: 7,6 s
* 0-100 km/h: 11,3 s
* Topsnelheid: 187 km/h
* Verbruik stad: 7,5 l/100 km
* Verbruik buitenweg: 6,1 l/100 km
* Verbruik gemiddeld: 6,4 l/100 km
* Gemiddeld rijbereik: 770 km
* CO2 − emissie : 143 g/km
* Emissienorm: EURO 4
2009-2010 Karel de Grote-Hogeschool STDVK EM1
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