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Automobile Engineering Lab Manual

automobile engineering

You can download Automobile Engineering Lab Manual For B. E. Mechanical pdf for free.

automobile engineering


Automobile Engineering Lab Manual For B. E. Mechanical by D. S. Dabhade


Automobile Engineering Lab Manual For B. E. Mechanical pdf
Automobile Engineering Lab Manual For B. E. Mechanical pdf

Automobile Engineering Lab Manual pdf

Automobile Engineering: Both the front drive and rear drive differential have the same job to do. They also have many of the same parts. The basic difference is the way in which engine torque is delivered to the differential assembly. Mechanical Engineering Department.

Power enters the rear axle assembly from the final drive which consists of a bevel pinion connected through a rear universal yoke to the propeller shaft. 

The bevel pinion has meshed with the crown wheel, which is bolted to the case. This arrangement allows the bevel pinion to turn the crown wheel.

As the crown wheel turns, the case attached to it also turns. A shaft through the case also goes through the middle of two small pinion gears. As the case turns, this shaft turns the small pinion gears, each of which meshes with a side gear.

Each side gear is attached to a shaft called an axle, which on a rear-drive system runs through the housing to one of the rear wheels. When the automobile is travelling in a straight line, the power flow through the system is fairly simple. The crown wheel turns the case.
The case, through its shaft and pinion gears, turns each of the side gears at the same speed. 

The axles or driveshafts turn the drive wheels, which drive the vehicle. When the vehicle makes a turn, however, the power flow becomes more complicated.

If the automobile is making a left turn, the left drive wheel must go through a sharper corner or travel through a shorter distance than the right drive wheel. 

The crown wheel turns the case. Since the left wheel is going through a sharp corner, the left axle is slowed or stopped momentarily.

The pinion gears in the case still turn with the case but they also rotate on the case shaft. Thus they can walk around the slowed or stopped left side gear and provide all the power to the right side gear so the right wheel will turn faster than the left wheel. 

During the right turn, there is more resistance on the right axle because the right wheel must turn through a sharper corner than the left. 

The opinions in the case walk around the right side gear and drive the left axle gear. Automobile Engineering Lab Manual For B. E. Mechanical pdf

The working principle of a clutch is based on friction. When the two friction surfaces are brought in contact with each other and pressed they are united due to friction between them. If no one is resolved, the other will also resolve. 

One surface is considered as a driving member and the other as a driven member. The driving member is kept rotating.

When the driven member is brought in contact with the driving member, it also starts rotating. When the driving member is separated from the driving member, it stops revolving.

The driving member of the clutch is the flywheel mounted on the crankshaft, the driving member is a pressure plate mounted on the transmission shaft. 

This is the common type of clutch used in the automobile. It consists of a two-member flywheel and pressure plate.

The flywheel is mounted on the engine crankshaft and rotates with it. The pressure plate is bolted to the flywheel through clutch springs and is free to slide on the clutch shaft when the clutch pedal is operated

The working principle of the clutch is based on friction. When the two friction surfaces are brought in contact with each other and pressed they are united due to friction between them. If no one is resolved,  the other will also resolve. 

One surface is considered as a driving member and the other as a driven member. The driving member is kept rotating. When the driven member is brought in contact with the driving member, it also starts rotating. 

When the driving member is separated from the driving member, it stops revolving.

Automobile Engineering Lab Manual For B. E. Mechanical pdf
The driving member of the clutch is the flywheel mounted on the crankshaft, the driving member is a pressure plate mounted on the transmission shaft. 

This is the common type of clutch used in the automobile. It consists of a two-member flywheel and pressure plate.





The flywheel is mounted on the engine crankshaft and rotates with it. 

The pressure plate is bolted to the flywheel through clutch springs and is free to slide on the clutch shaft when the clutch pedal is operated. source: Automobile Engineering Lab Manual For B. E. Mechanical PDF by D. S. Dabhade.

LIST OF EXPERIMENTS

  • "Automobile Engineering Lab Manual For B. E. Mechanical pdf"
  • Study and demonstration of Layout of an Automobile
  • Study and Demonstration of Differential
  • Study and Demonstration of Clutches
  • Study and Demonstration of Brakes
  • Study and Demonstration of Gearbox
  • Study and Demonstration of Steering Mechanism
  • Study and Demonstration of Suspension System
  • Study and Demonstration of Internal Combustion Engine
you can download Automobile Engineering Lab Manual For B. E. Mechanical pdf for free:

free book online pdf: Automobile Mechanical and Electrical Systems Vehicle Maintenance and Repair by Tom Denton

Detail of the book Automobile Engineering Lab Manual For B. E. Mechanical pdf

  • eBook Title: Automobile Engineering Lab Manual For B. E. Mechanical pdf
  • Author: D. S. Dabhade
  • Pages: 44 Pages
  • Size: 3.7 Mo
  • ISBN: 1-4051-0754-5
  • format: PDF.

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Automobile Engineering Lab Manual For B. E. Mechanical by D. S. Dabhade

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