FABRICATION OF COMPRESSED AIR BREAKING SYSTEM

April 2018
Vol-4, Issue-2
Paper ID: 8185
ISSN: 2395-4396
Downloads: 0

Abstract & Details

Research Area
Mechanical Engineering
Keywords
Pneumatic Cylinder battery Solenoid Valve 5/2 DCV Compressor Flexible hose.
Abstract
The Brake Systems Of The Rolling Stocks Are Generally Consisted Of Electrical And Mechanical Brake Systems. Because Of Its Inherent Structure Of The Each Brake System,The Electrical Brake System Is Mainly Used At The High Speed Range While The Mechnical Brake System Is Uded At The Relatively Lower Spped Range. It Is Desirable For The Rolling Stocks To Apply The Entire Electical Brake Systems.However, Since The Brake Force From Electric Brake System Is Not Enough To Stop The Rolling Stock Within The Legal Stop Distance. Therefore, The Mechanical Brake System Is Indispensable To Rolling Stocks.InGeneral,The Vast Majonity Of The World Trains Are Equipped With Mechnical Breaking Systems Which Use Compressed Air As The Force To Push Block On Two Wheels Or Pads On To Discs.TheseMechnical Systems Are Known As Air Brake Or Pneumatic Brakes.For Their Brake System,Basically Huge Scale Air Compressor Is Equipped And The Long Pipe Line Is Completive Connected. Since Mass Of These Air Components,It Is Difficult To Be Weight Equipment And The Long Pipe Lne Raises The Maintenance Problem.In Order To Overcome These Problems Of Air Brake System.

Author Information

# Name Institute / Affiliation
1 SUTHAR DEVANG NARESHBHAI Samarth College of engineering & technology
2 SONAGARA DHANRAJSINH PREMENDRASINH Samarth College of engineering & technology
3 CHAUHAN TRUSHARKUMAR HASMUKHBHAI Samarth College of engineering & technology
4 KUMPAVAT VIRENDRASINH NARENDRASINH Samarth College of engineering & technology
5 HABBIBA TAHERALI DEDHROTIYA Samarth College of engineering & technology

How to Cite

Use the following formats to cite this article in your research.

APA Style
NARESHBHAI, SUTHAR DEVANG, PREMENDRASINH, SONAGARA DHANRAJSINH, HASMUKHBHAI, CHAUHAN TRUSHARKUMAR, NARENDRASINH, KUMPAVAT VIRENDRASINH, & DEDHROTIYA, HABBIBA TAHERALI (2018). FABRICATION OF COMPRESSED AIR BREAKING SYSTEM. International Journal of Advance Research and Innovative Ideas In Education, 4(2), 3666-3672.
MLA Style
NARESHBHAI, SUTHAR DEVANG, et al. "FABRICATION OF COMPRESSED AIR BREAKING SYSTEM." International Journal of Advance Research and Innovative Ideas In Education, vol. 4, no. 2, 2018, pp. 3666-3672.
IEEE Style
SUTHAR DEVANG NARESHBHAI, SONAGARA DHANRAJSINH PREMENDRASINH, CHAUHAN TRUSHARKUMAR HASMUKHBHAI, KUMPAVAT VIRENDRASINH NARENDRASINH, and HABBIBA TAHERALI DEDHROTIYA, "FABRICATION OF COMPRESSED AIR BREAKING SYSTEM," International Journal of Advance Research and Innovative Ideas In Education, vol. 4, no. 2, pp. 3666-3672, 2018.
Vancouver Style
NARESHBHAI SUTHAR DEVANG, PREMENDRASINH SONAGARA DHANRAJSINH, HASMUKHBHAI CHAUHAN TRUSHARKUMAR, NARENDRASINH KUMPAVAT VIRENDRASINH, DEDHROTIYA HABBIBA TAHERALI. FABRICATION OF COMPRESSED AIR BREAKING SYSTEM. International Journal of Advance Research and Innovative Ideas In Education. 2018;4(2):3666-3672.
Harvard Style
NARESHBHAI, SUTHAR DEVANG, PREMENDRASINH, SONAGARA DHANRAJSINH, HASMUKHBHAI, CHAUHAN TRUSHARKUMAR, NARENDRASINH, KUMPAVAT VIRENDRASINH, & DEDHROTIYA, HABBIBA TAHERALI (2018) 'FABRICATION OF COMPRESSED AIR BREAKING SYSTEM', International Journal of Advance Research and Innovative Ideas In Education, 4(2), pp. 3666-3672.
Chicago Style
NARESHBHAI, SUTHAR DEVANG, et al. "FABRICATION OF COMPRESSED AIR BREAKING SYSTEM." International Journal of Advance Research and Innovative Ideas In Education 4, no. 2 (2018): 3666-3672.
Turabian Style
NARESHBHAI, SUTHAR DEVANG, et al. "FABRICATION OF COMPRESSED AIR BREAKING SYSTEM." International Journal of Advance Research and Innovative Ideas In Education 4, no. 2 (2018): 3666-3672.

Export Citation

Related Research

Recent Trends in Optimization of Process Parameters of TIG Welding Joints
Saurabh Gandhe 2026 Mechanican Engineering
PDF Unavailable
Designing And Manufacturing Of Mecanum Wheel
Pradyot Tajne et al. 2026 Engineering
PDF Unavailable
DESIGN AND FABRICATION OF PADDY DRYING SYSTEM WITH CONTROLLED AIR CIRCULATION
LAKAVATH VINAY et al. 2026 MECHANICAL ENGINEERING
PDF Unavailable
Experimental, Design and Development of different punch and die for head light reflectors
Amrut Chandanshive et al. 2026 Mechanical Engineering
PDF Unavailable
Experimental Analysis of Aluminium Hybrid Material using Analytical and Experimental Method
Prathmesh Shinde et al. 2026 Mechanical Engineering
PDF Unavailable
Effect of Slight Pitch Difference on the Fatigue Life of Bolt
Aslam Sheikh et al. 2026 Mechanical Engineering
PDF Unavailable
Stress Concentration Analysis of Cut out Orientation of Plates by Finite Element Analysis
Mahesh Arun Dhole et al. 2026 Mechanical Engineering
PDF Unavailable
Reduction of the Weight of Air Conditioning by Static and Model Analysis
Aditya Pawar et al. 2026 Mechanical Engineering
PDF Unavailable
Design and analysis of Tractor trolley rear axle for Weight reduction
Akshay Kharat et al. 2026 Mechanical Engineering
PDF Unavailable