19
Submitted to: Mr. AMARDEEP KUMAR Asst. Prof. Department of mechanical engineering Career Point University Kota Submitted by: Prashant chauhan UID-K11922 VI th sem/III rd year Dept. Of mechanical engineering

Prshant k11922

Embed Size (px)

Citation preview

Page 1: Prshant k11922

Submitted to:

Mr. AMARDEEP KUMAR

Asst. Prof.

Department of mechanical engineering

Career Point University Kota

Submitted by:

Prashant chauhan

UID-K11922

VIth sem/IIIrd year

Dept. Of mechanical engineering

Page 2: Prshant k11922

INTRODUCTION

PRINCIPLE OF HYDRAULIC BRAKING

COMPONENTS OF HYDRAULIC SYSTEM

CHARACTERISTICS

OPERATION OF HYDRAULIC BRAKE SYSTEM

ADVANTAGES & DISADVANTAGES

DISC BRAKE SYSTEM

WORKING OF DISC BRAKE SYSTEM

Page 3: Prshant k11922
Page 4: Prshant k11922
Page 5: Prshant k11922
Page 6: Prshant k11922
Page 7: Prshant k11922
Page 8: Prshant k11922
Page 9: Prshant k11922
Page 10: Prshant k11922
Page 11: Prshant k11922
Page 12: Prshant k11922
Page 13: Prshant k11922
Page 14: Prshant k11922
Page 15: Prshant k11922
Page 16: Prshant k11922

In a disc brake, the fluid from the master cylinder is forced into a calliper where it presses against a piston.

The piston in turn squeezes two brake pads against the disc (rotor), which is attached to wheel, forcing it to slow down or stop.

Page 17: Prshant k11922
Page 18: Prshant k11922

Similar to a bicycle brake where two rubber pads run against the wheel rim creating friction.

But in a disc brake, the brake pads squeeze the rotor instead of the wheel, and the force is transmitted hydraulically instead of through a cable.

Page 19: Prshant k11922

THANK YOU