Reference no: EM131956003

Project for Finite Element Analysis

Term Project - Finite Element Analysis of Disc Brakes

Figure 1: Diagram of the majors parts of a full suspension bicycle

Figure 2: Disc brakes mounted on a bicycle and a brake lever

Figure 3: (a) Contact of brake caliper and (b) hydraulic brake lever

Project Description:

You are a new mechanical engineer in the Design and Analysis Department at The Alamo High Performance Bicycle Company located in San Antonio. Your first project will work on redesigning and optimizing disc rotors. A diagram of the major parts of a high performance bicycle as well as its rotors is shown in Figure 1 below. Figure 2 demonstrates how a disc brake system is typically mounted to a bicycle. A cross section of a disc brake caliper with brake pads in contact with a brake rotor, hydraulic brake lever, and frictional/pressure forces are further shown in Figure 3. The major task of your project is to evaluate and improve your designs by performing the stress analysis using commercial finite element software. As you know that there exist a few patented designs for bicycle disc brakes in bicycle industries, to avoid any potential infringe of patented products, you plan to submit your first report to your manager on the stress analysis of your own two initial designs by referencing only one patented product from a brake pool shown below.

Figure 4: Patented bicycle disc brake rotors

Materials for disc brakes are either 6061 aluminum alloy or7075 aluminum alloy. Your technical report should include:

(1) Introduction;
(2) Designs of disc brake rotors;
(3) Finite element models for each designed disc brake profiles;
(4) Result contours on stress and deformation for various loading conditions:
(a) counterclockwise and clockwise frictional forces applied between pads and discs;
(b) fully mounted and partially mounted cases;
(c) large and small pad cases.
(5) Elastic analysis: by increasing in frictional load on pad areas until maximum von- Mises stress reaches yield strength;
(6) Discussion, summary, and recommendations;
(7) References; and
(8) Report should not exceed 20 pages.