Investigation of properties of carbon fiber reinforced automotive brake lining
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
Brake systems are very important for automobile and other vehicles. These systems provide to stay in control of the automobile. Brake linings are the most important parts in the brake systems. Optimum conditions are required to provide expected friction performance and wear resistance of brake lining materials. From a brake lining, it is proposed that it has maximum friction and minimum abrasion for expected a brake lining and it is not harmful for the human health and environment. Performance of braking lining in the during braking has been changeable due to friction or braking lining has been undergone to mechanical deformation due to excessive temperature.In this study, brake lining samples were prepared with carbon fiber materials. In three different lengths (5, 7.5 and 10 mm) of carbon fiber is used. The samples the friction test was performed on the cast iron disc. Friction coefficient and temperature graphics were obtained from the samples after the experiment.
Author
Fatma Kara
Institution
How to Cite
Fatma Kara (Master Thesis). Investigation of properties of carbon fiber reinforced automotive brake lining, 2011, Afyon Kocatepe University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Afyon Kocatepe University
- A study on the applications of viola educators on effective participations of student learning process(2019)
- An examination of the life and performance style of Mevlidhan Bilal Demiryürek(2025)
- The services of XVIIIth century Ottoman proconsuls as the Hajj Emirate(2017)
- Comparison of open and closed loop sun tracking algorithms on remote controlled (i̇nternet based) real time sun tracking systems(2018)
- Evaluation of Mavisel Yener's fairy tale books in terms of values education(2019)
- Life and pious foundations of Gedik Ahmed Pasha (D.1482)(2019)
