Reverse Engineering of Motorcycle Rear Disc Brake System
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2015, Vol 3, Issue 4
Abstract
Generally motorcycles above 150cc have two discs in the rear, one is brake disc rotor and other is sprocket. In this concept one of the discs is removed and two of the vehicle function is achieved in one disc itself. The materials and the process for one of the discs are completely eradicated and thus the total cost is decreased. Reverse engineering is done for the disc and calliper and analysis is carried out for the disc to validate the concept.
Authors and Affiliations
V. Lakshmi Narayanan, Ranganath lolla
Improvement in Polysulfone(PSf) Film Properties by Porogen Concept
Polysulfone (PSf) is the most widely used polymer for preparation of ultrafiltration membranes. Its preparation need to be optimized to obtain membranes with desired qualities. PEG can be used as porogenic additive in t...
Design and Manufacturing of Mini CNC Plotter Machine
This paper describes a low cost serial communication based mini CNC Plotter Machine based on open source software and hardware. Mini CNC Plotter Machine is an embedded system that works on the Principle on ‘Computer Num...
A Study on Customer Relationship Management in Insurance Sector
The behaviors of the customers in the services sector have been changing drastically during the last several years. The reason is all services firms have improved their existing mechanisms and come up with innovative id...
Ant Colony Optimization Algorithm
Hybrid algorithm is proposed to solve combinatorial optimization problem by using Ant Colony and Genetic programming algorithms. Evolutionary process of Ant Colony Optimization algorithm adapts genetic operations to enh...
Modelling and Analysis of Collapsible Core
Those for larger pipes are custom designed. The objective of this research was to fully automate the design procedure which, for PVC pipe fittings is laborious and error prone at present. This paper discuses the design...