|Design and Analysis of Brake master cylinder for an ATV|
|Shantanu Chavan, Vishal Tile, Mohit Chavhan, Shubham Agnihotri|
|Cite This Article:|
Design and Analysis of Brake master cylinder for an ATV, International Journal of Innovative Research in Technology(www.ijirt.org) ,ISSN: 2349-6002 ,Volume 5 ,Issue 3 ,Page(s):38-41 ,August 2018 ,Available :IJIRT147001_PAPER.pdf
|Hydraulic system, brake, master cylinder, analysis, design, twin master cylinder|
|Braking system is a means of converting momentum into heat energy by creating friction in the wheel brakes. The braking system which works with the help of hydraulic principles is known as hydraulic braking systems. The most frequently used system operates hydraulically, by pressure applied through a liquid. These are the foot operated brakes that the driver normally uses to slow or stop the car. Our special interest in hydraulics is related to the actions in automotive systems that result from pressure applied to a liquid. This is called hydraulic pressure. Since liquid is not compressible, it can transmit motion. A typical braking system includes two basic parts. These are the master cylinder with brake pedal and the wheel brake mechanism. The other parts are the connecting tubing, or brake lines, and the supporting arrangements. The present paper is about designing of Twin master cylinder system for and all-terrain vehicle and doing a feasibility study of its strength using ANSYS. Our work is focused on reducing weight which is one of the factors to increase the efficiency. Reduction in weight and space, due to its compactness. The twin Master cylinder system is a great advancement in braking system for an ATV. 3-D CAD modelling is done using SOLIDWORKS 2017, whereas the analysis of its strength is done using ANSYS.|
|Unique Paper ID: 147001|
Publication Volume & Issue: Volume 5, Issue 3
Page(s): 38 - 41
|Article Preview & Download|
STRUCTURAL AND GEOMORPHOLOGICAL EVOLUTION OF THE A...
Paper ID : IJIRT148947
HYDROGEOCHEMICAL STUDIES OF ERRIMULLIVAGU BASIN, R...
Paper ID : IJIRT148946
Banded Magnetite Quartzite in Southern Granulite T...
Paper ID : IJIRT148945
MODELLING OF RENEWABLE ENERGY SOURCE FED ACTIVE BU...
Paper ID : IJIRT148944
Eco-friendly & Free Cooling Obtained by Thermoacou...
Paper ID : IJIRT148943