Parameters to design a breaking system

In summary, there are three main types of braking systems: disc brakes, drum brakes, and regenerative brakes. When designing a braking system, important parameters to consider include the vehicle's weight, speed, and braking distance requirements, as well as factors such as temperature, friction, and wear. The weight of a vehicle directly affects the necessary force and components needed for effective braking. Friction is a crucial factor in the effectiveness of a braking system, and wear and tear can be managed through regular maintenance and proper design and materials.
  • #1
sachin.s
1
0
wat are all the parameters should i consider in adopting a breaking system for a 796cc single seat formula car and can u suggest some cars breaking system
 
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  • #2
minimal rotating weight of rotors
maximum cooling of calipers/rotors
mount as far inside near transaxel as possible
dual mater cylinders for balance
brake bias pedal mechanism
high quality brake fluid with high boiling point
use braided steel lines for safety
 

1. What are the different types of braking systems?

The three main types of braking systems are disc brakes, drum brakes, and regenerative brakes. Disc brakes use a caliper and brake pads to squeeze a disc attached to the wheel, while drum brakes use a set of shoes that expand against a drum attached to the wheel. Regenerative brakes use the kinetic energy from the wheels to generate electricity and slow down the vehicle.

2. What are the important parameters to consider when designing a braking system?

The important parameters to consider when designing a braking system include the vehicle's weight, speed, and braking distance requirements. Other factors such as temperature, friction, and wear also play a role in determining the effectiveness of a braking system.

3. How does the weight of a vehicle affect the design of a braking system?

The weight of a vehicle directly impacts the amount of force needed to bring it to a stop. Heavier vehicles require more powerful braking systems to effectively slow down and stop. This can include larger brake discs, stronger brake pads, and more advanced braking technology.

4. What role does friction play in braking systems?

Friction is a crucial factor in the effectiveness of a braking system. The brake pads and discs or drums create friction when pressed together, converting the kinetic energy of the vehicle into heat and slowing it down. The design and materials used in the braking system can affect the amount of friction and ultimately the stopping power of the vehicle.

5. How is wear and tear managed in braking systems?

Wear and tear is a natural part of any braking system and can affect its performance over time. To manage wear and tear, regular maintenance and replacement of brake components such as brake pads and discs are necessary. Additionally, proper design and materials can help reduce wear and tear and increase the longevity of a braking system.

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