Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim

This thesis is written to design of the Automobile Brake Pad Friction and Wear Test Rig Machine. The thesis is a final year project for Faculty of Mechanical Engineering student and of course this machine is basically using an automobile brake as a main component for braking system. My thesis starts...

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Main Author: Ab Rahim, Adam Hod
Format: Thesis
Language:English
Published: 2005
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Online Access:https://ir.uitm.edu.my/id/eprint/76963/1/76963.pdf
https://ir.uitm.edu.my/id/eprint/76963/
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spelling my.uitm.ir.769632023-08-22T07:45:58Z https://ir.uitm.edu.my/id/eprint/76963/ Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim Ab Rahim, Adam Hod Structural engineering This thesis is written to design of the Automobile Brake Pad Friction and Wear Test Rig Machine. The thesis is a final year project for Faculty of Mechanical Engineering student and of course this machine is basically using an automobile brake as a main component for braking system. My thesis starts with the understanding of different type of friction and wear testing machine and how to get the data from the machine. In general, friction and wear test rig machine is a test for determining the coefficient of friction and the rate of wear of the brake pad material when brake is applied at a certain time and at various speeds. The wear of the specimen can be determine by weighing the specimen. In designing the test rig machine, the components consist of several parts that include the frame, motor and speed reducer base, pulley, belting and the bearing. Besides that, drawing by computer (CATIA) required in the designing of friction and wear test rig machine is also carried out. I use this technical drawing as a guide to imagine and design test rig machine before the fabrication process. After designing the friction and wear test rig machine, fabrication stage takes place. Fabrication stage begins after selection and purchasing component was done in order to see whether the frame designing are suitable for the component or not. In this fabrication process, I change some of the initial design in order to achieve the objectives of this project. For detail about fabrication process, refer to 'Automobile Brake Pad Friction and Wear Test Rig: Fabrication' by Ismail Bin Mesror. This stage was done with supervision by the advisor. Cost of the project is one of the main considerations during the designing and development stage. Advisor has given me the range of budget to work with and it must not exceed this budget. Finally, I hope this thesis will be extended to other project students who are interested to explore and development of the automobile friction and wear test rig machine. 2005 Thesis NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/76963/1/76963.pdf Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim. (2005) Degree thesis, thesis, Universiti Teknologi MARA (UiTM).
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
topic Structural engineering
spellingShingle Structural engineering
Ab Rahim, Adam Hod
Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
description This thesis is written to design of the Automobile Brake Pad Friction and Wear Test Rig Machine. The thesis is a final year project for Faculty of Mechanical Engineering student and of course this machine is basically using an automobile brake as a main component for braking system. My thesis starts with the understanding of different type of friction and wear testing machine and how to get the data from the machine. In general, friction and wear test rig machine is a test for determining the coefficient of friction and the rate of wear of the brake pad material when brake is applied at a certain time and at various speeds. The wear of the specimen can be determine by weighing the specimen. In designing the test rig machine, the components consist of several parts that include the frame, motor and speed reducer base, pulley, belting and the bearing. Besides that, drawing by computer (CATIA) required in the designing of friction and wear test rig machine is also carried out. I use this technical drawing as a guide to imagine and design test rig machine before the fabrication process. After designing the friction and wear test rig machine, fabrication stage takes place. Fabrication stage begins after selection and purchasing component was done in order to see whether the frame designing are suitable for the component or not. In this fabrication process, I change some of the initial design in order to achieve the objectives of this project. For detail about fabrication process, refer to 'Automobile Brake Pad Friction and Wear Test Rig: Fabrication' by Ismail Bin Mesror. This stage was done with supervision by the advisor. Cost of the project is one of the main considerations during the designing and development stage. Advisor has given me the range of budget to work with and it must not exceed this budget. Finally, I hope this thesis will be extended to other project students who are interested to explore and development of the automobile friction and wear test rig machine.
format Thesis
author Ab Rahim, Adam Hod
author_facet Ab Rahim, Adam Hod
author_sort Ab Rahim, Adam Hod
title Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
title_short Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
title_full Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
title_fullStr Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
title_full_unstemmed Automobile brake pad friction and wear test rig: design / Adam Hod Ab Rahim
title_sort automobile brake pad friction and wear test rig: design / adam hod ab rahim
publishDate 2005
url https://ir.uitm.edu.my/id/eprint/76963/1/76963.pdf
https://ir.uitm.edu.my/id/eprint/76963/
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score 13.211869