This is one of the transmission systems in automobiles which is advanced of Sliding Mesh Gearbox. Constant Mesh Gearbox will come under Manual Transmission and overcome the limitations of Sliding Mesh Gearbox, the Constant Mesh Gearbox has come into the picture. There are 3 types of Gearbox present in the subject of Automobile Engineering. They […]
In automobiles, Sliding Mesh Gearbox is one of the transmission systems which is of the oldest type. As we have two types of Transmission systems, one is Manual Transmission and the other is Automatic Transmission. In the last session, we discussed the Cone clutch, Electromagnetic clutch, and Single Plate Clutch, and we are moving towards […]
The differential is an integral part of all the four-wheelers. The wheels receive power from the engine via a drive shaft or a propeller shaft. In the last session , we had discussed about Classification of Chasis, Ignition Systems and Electrical fuel Pumps. Whereas in Todays session, we will discuss on How Differential Works? Functions […]
In the single-plate clutch, a friction plate (clutch plate) is held in between flywheel and the pressure plate. The Single plate clutch is used to transmit a small amount of power compared to the multi-plate clutch. The single-plate clutch is used in trucks, cars, buses, etc. Line Diagram of Single Plate Clutch: The line diagram […]
Electromagnetic clutch works with the help of electrical winding embedded in the flywheel. The engagement and disengagement of the clutch can be done by ionizing and deionizing the winding placed in the flywheel. As we know that we have different types of Friction clutches and Electromagnetic clutch is one of the types of clutches. The […]
The function of the clutch is to engage and disengage the power transmission from the engine to the gearbox whereas, in the cone clutch, normal forces are acting on the contact surfaces which are larger than the axial forces compared to a single plate clutch. As we have different types of friction clutches and cone […]
As per the engines, the heat produced by the combustion of fuel in the engine cylinder is not converted into useful power at the crankshaft completely and the typical distribution of fuel energy is as follows: Useful work at the crankshaft= 25% Loss in exhaust gases= 35% The loss to the cylinders walls= 30% Loss […]
Magneto Ignition system applies to 2 wheelers and racing cars. It is similar to the Battery Ignition System but the magnet is used here instead of a battery to generate a high spark at the Spark Plug. It is used in SI engines. A rotating magnet produces a high voltage (there is no need for […]
Petrol Injection was come into the picture because of the drawbacks of the carburetor. It is difficult for a single carburetor to ensure uniformity of mixture to all the cylinders in a Multi-cylinder engine. By this, some cylinders may get a weaker mixture whereas the other cylinders get a richer mixture then the desired. Due […]
In this system, the contact breaker points assembly(in the Battery ignition system) is replaced by the armature. This armature is a pulse or signal generator that triggers the ignition module, also called the Electronic Ignition Control Unit or Electronic Ignition Module. This control unit primarily contains a transistor circuit whose base current is triggered OFF […]
