The Project is fantasized on one of the new braking technologies, following the introduction of ABS (Anti-lock Braking System), Brake by wire technology, electronic brake force distribution, traction remote system, emergency brake assist, or electronic stability control . The braking technology has gotten a new peak. In this brand electricity is applied to the coil at the process of braking. This develops a magnetic field around it and the rotating armature gets pulled towards the coil. As a result the inner and outer friction plates placed between the armature and the coil gets squish, which develops a torque and eventually the vehicle comes to uniform motion (rest). Further researches.
It is obvious to reduce accidents; design of an efficient braking system is a must.
Conventional braking systems that rely on friction can not be reliable in high vibration surrounding where the spring or other mechines that supplies the normal force between the brake disc and the brake plate relieves itself under the vibratory conditions and decreases the frictional force. Conventional braking systems that utilize the positive mechanical engagement of teeth on the brake disc and brake plate can suffer significant damage in high-velocity and high-vibration environments. The teeth of the brake disc or brake plate or both can break off in such environments. A braking system that provides and maintains sufficient braking force in a relatively high velocity, high-vibration environment will be welcome by users of such braking systems.
The objective is to design a braking system which is efficient and more reliable than the conventional braking system which is purely based on the friction. In order to bring into reality the ideology and concept of such a braking system we moved to electromagnetic braking system. The goal of all the improvements.
source:https://www.bartleby.com/essay/Electromagnetic-Braking-System-PK7FMYE3RZZS
