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Paper Title : Static Structural and Thermal Analysis of Brake Pads Design

ISSN : 2395-1303
Year of Publication : 2021
10.29126/23951303/IJET-V7I1P12

Authors: Ashutosh Dubey, Dr. Sudhir Tiwari

         


Abstract
- — In ensuring excellent brake performance, brake pad and disc design are essential factors. But environmental particles can easily reach and disrupt the braking process and decrease braking efficiency. Friction depends on the pad and the disc's geometry and surface properties. Passenger car disc brakes are safety-critical components whose output at the pad-to-rotor interface depends heavily on the contact conditions. It is possible to describe the pad-to-rotor interface as a conformal dry sliding contact. This thesis aims to present a study of automotive disc brake thermo-mechanical behaviour of brake pad of different design during the braking process using finite elemental disc and pad model analysis in Static Structural and Transient Thermal Analysis for a system of vehicle disc brake pads. Static and thermal analysis was carried out on solid discs and brake pad of different design using ANSYS 18 in this work

Reference
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Keywords
Ansys, Brake Pad, Brake Pad Design, Catia, Friction Material, Non-Asbestos Material, Thermal Analysis.