OBJECTIVE :- TO understand the construction and working principle of various parts of an automobile
CONTENTS ;-
MODULE :1
TYPE of automobile engineering , vehicle ,construction and layouts , car body style , chassis , frame and body , vehicle aerodynamics , IC engine components , function and materials, variable valve timing (VVT) , FRONT ENGINE FRONT WHEEL DRIVE, front engine rear wheel drive , fours wheel drive.
MODULE :2
Engine auxilary systems , electronic injection for SI and CI engine , unit injector system, rotary distributor type and common rail direct injection system , transister based coil ignition and capacitave discharge iginition system , turbo charge (WGT, VGT) , ENGINE EMISION CONTROL BY 3-WAY CAtalytic system , emidion norms) Euro and BS
MODULE:3
TRANSMISSION SYSTEM , CLUTCH TYOE , CONE CLUTCH , SINGLE plate , multi plate , diaphragram spring and centrifugal clutch , electromagenetic clutch and construction , gear boxes manual and automatic gear chift mechanisms, over drive principle transfer box, transaxles , flyehrrl, torque converter , propeller shaft , slip joints universal joints, differential and rear axle , hotchkiss drive and torque tube drive .
MODULE :4
Steering geometry and type of steering gear box , power steering , type of front axle , type of suspension systems, constructional detail and characteristics if leaf spring , pneumatic and hydraulic braking systems , anticlock breaking system (ABS) , electronic brake force distribution (EBD) AND tracton control.
MODULE :6
CASTER , CAMBER , king pin inclination toe in and toe out , full floting , three quater floating and semi floating rear axle
MODULE :7
Alternative energy source , nature gas , LPG , biodesel , bio ethanol , gasoholand hydrigen fuel in automobolr , modification needed , performance, combustion and emission characteristic of alternative fuels in SI and CI engine , electric and hybrid vehicles, application of fuel cells
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