Automobile Engineering

This category consists of popular and mostly asked Automobile Engineering Question and Answers. We provide Final year Automobile engineering project reports, Interview questions and study material to help students.

WHAT IS THE FLYWHEEL AND GOVERNOR?

FLYWHEEL AND GOVERNOR Introduction:-         In the steam or I.C. engines, the fluctuations of turning moment exerted on the crankshaft are reflected in fluctuations of the speed of the crankshaft. The flywheel is used to control the fluctuations in speed during each cycle of an engine. lt a rotating mass which 1s attached to the […]

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HOW VACUUM BRAKE SYSTEM WORKS?

Vacuum braking system is a system which uses only the vacuum for the application of brakes. WORKING OF VACUUM BRAKE SYSTEM The brakes are always in released condition with vacuum unit the driver pushes the brake pedal. In this condition position of piston cap is in cap end of the brake cylinder and cam is

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DIFFERENCE BETWEEN TWO-STROKE AND FOUR-STROKE CYCLE DIESEL ENGINES

TWO-STROKE CYCLE DIESEL ENGINE DIAGRAM FOUR-STROKE CYCLE DIESEL ENGINE DIAGRAM DIFFERENCE BETWEEN TWO-STROKE AND FOUR-STROKE CYCLE DIESEL ENGINES A brief but critical comparison of the merits and limitations of the two-stroke-cycle diesel engine compared with the four-stroke power unit is made below. Theoretically, almost twice the power can be developed with a two-stroke engine compared

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DIFFERENCE BETWEEN TWO-STROKE AND FOUR-STROKE CYCLE PETROL ENGINES

DIFFERENCE BETWEEN TWO-STROKE AND FOUR-STROKE CYCLE PETROL ENGINES The following remarks compare the main points regarding the effectiveness of both engine cycles. The two-stroke engine completes one cycle of events for every revolution of the crankshaft, compared with the two revolutions required for the four-stroke engine cycle. Theoretically, the two-stroke engine should develop twice the

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NEED FOR REGENERATIVE BRAKES?

NEED FOR REGENERATIVE BRAKES: The regenerative braking system delivers a number of significant advantages over a car that only has friction brakes. In low-speed, stop- and-go traffic where little deceleration is required; the regenerative braking system can provide the majority of the total braking force. This vastly improves fuel economy with a vehicle, and further

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