Autodesk Inventor Tutorial for Beginners - Practice Part - Drive insert

Welcome to Autodesk inventor & solid edge tutorial channel - Dive insert in car drive units -This channel is dealing with everything about Autodesk inventor &Solid edge Beginners Tutorials – assembly And more,Click SHOW MORE Button. The drivetrain, also frequently spelled as drive train, or sometimes drive-train, is the group of components of a motor vehicle that deliver power to the driving wheels.[1] This excludes the engine or motor that generates the power. In contrast, the powertrain is considered to include both the engine and/or motor(s), as well as the drivetrain. The function of the drivetrain is to couple the engine that produces the power to the driving wheels that use this mechanical power to rotate the axle. This connection involves physically linking the two components, which may be at opposite ends of the vehicle and so requiring a long propeller shaft or drive shaft. The operating speed of the engine and wheels are also different and must be matched by the correct gear ratio. As the vehicle speed changes, the ideal engine speed must remain approximately constant for efficient operation and so this gearbox ratio must also be changed, either manually, automatically or by an automatic continuous variation. Components The precise components of the drivetrain vary, according to the type of vehicle. Some typical examples: Manual transmission car Rear axle with hypoid bevel gear final drive Flywheel Dual mass flywheel still rare Clutch Gearbox Overdrive Since the adoption of 5 speeds has become standard Propeller shaft Rear axle Final drive Differential Automatic transmission car Torque converter Transmission Propeller shaft Rear axle spool Differential Front-wheel drive car Front wheel drive manual transaxle, showing the gearbox and final drive incorporated in the same housing Clutch Transaxle Gearbox Final drive Differential Drive shafts and constant-velocity joints to each wheel Four-wheel drive off-road vehicle Construction vehicle drivetrain, with permanent all-wheel drive Clutch Gearbox Transfer box Transmission brake Propeller shafts, to front and rear Front and rear axles Final drive Locking differential Portal gear Final drive A cutaway view of an automotive final drive unit, which contains the differential The final drive is the last in the set of components which delivers torque to the drive wheels. In a road vehicle, it incorporates the differential. In a railway vehicle, it sometimes incorporates the reversing gear. Examples include the Self-Changing Gears RF 28 (used in many first-generation diesel multiple units of British Railways)[2] and RF 11 used in the British Rail Class 03 and British Rail Class 04 diesel shunting locomotives. In a motor vehicle, the powertrain consists of the source of propulsion (e.g. the engine or electric motor) and the drivetrain system which transfers this energy into forward movement of the vehicle.[3] Powertrain Definition The powertrain consists of the power source (e.g. the engine) and all of the components that convert the engine's power into movement of the vehicle (e.g. the transmission, driveshafts, differential and axles) whereas the drivetrain does not include the power source and consists of the transmission, driveshafts, differential and axles. Power sources Most passenger cars and commercial vehicles are powered by either an internal combustion engine, electric motor(s) or a combination of the two. The most common types of internal combustion engines are: petrol engines diesel engines ethanol blends (such as E85 and E10) liquefied petroleum gas Most purely electric vehicles use batteries for energy storage (although several prototypes have used fuel cells instead) and are referred to as battery electric vehicles. Vehicles with both internal combustion engines and electric motors are called hybrid vehicles. If a hybrid vehicle includes a charging socket, it is considered to be a plug-in hybrid, while vehicles that do not include a charging socket (therefore relying on the engine or regenerative braking to charge the batteries) are considered to be mild hybrids. Learn more about solid edge tutorial on youtube:https://goo.gl/8aUwuz 1) Solid edge tutorials for beginners playlist:- https://www.youtube.com/playlist?list=PLAELa0kqRz65ctxT4eDmlF6kz4BENZbDS 2) Solid edge tutorial assembly https://www.youtube.com/watch?v=A2g4Zo3IcKc&index=32&list=PLAELa0kqRz65ctxT4eDmlF6kz4BENZbDS&t=25s 3) Solid edge sheet metal tutorial playlist:- https://www.youtube.com/watch?v=yebP5lT2Sks&index=50&list=PLAELa0kqRz65ctxT4eDmlF6kz4BENZbDS 4) Solid edge for beginner https://www.youtube.com/playlist?list=PLAELa0kqRz65ctxT4eDmlF6kz4BENZbDS 5) Solid edge basic tutorials https://www.youtube.com/playlist?list=PLAELa0kqRz65ctxT4eDmlF6kz4BENZbDS 6) Solid edge project https://www.youtube.com/watch?v=hAspORvpxmE Thanks you watching tutorial videos...Don't forget subscribe this channel.