Difference between revisions of "Group 6 - Mini-Bike"

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==Introduction==
 
==Introduction==
This project is a formal  
+
This project is a formal reverse engineering study of a mini-bike. The project is meant to enhance the group's technical writing skills, engineering analysis, website design and teamwork.<br>
 +
In order to mirror an actual engineering evaluation the project was split up into 5 gates with definite due dates and requirements, these gates are listed below with their respective subsections.<br>
 
==Executive Summary==
 
==Executive Summary==
 
The objective of this project is to better understand the product through dismantling, modeling and reassembly. The product is a mini-bike not yet out on the market. It is designed only for recreational uses. Its top speed is approximately 10 mph. It stands up well without any external support and with its wide tires and low center of gravity is very stable even at very low speeds. The throttle is in the very convenient position of the right handlebar grip. The throttle signals the fuel air mixture flow mass flow rate to increase converting chemical energy to reciprocating mechanical energy and waste thermal energy in the combustion chamber then the reciprocating mechanical energy is turned into rotational mechanical energy by the clutch and transferred through the chain to the rear axle where the rear wheel in combination with the surface it rests on turns that rotary motion into linear motion.  
 
The objective of this project is to better understand the product through dismantling, modeling and reassembly. The product is a mini-bike not yet out on the market. It is designed only for recreational uses. Its top speed is approximately 10 mph. It stands up well without any external support and with its wide tires and low center of gravity is very stable even at very low speeds. The throttle is in the very convenient position of the right handlebar grip. The throttle signals the fuel air mixture flow mass flow rate to increase converting chemical energy to reciprocating mechanical energy and waste thermal energy in the combustion chamber then the reciprocating mechanical energy is turned into rotational mechanical energy by the clutch and transferred through the chain to the rear axle where the rear wheel in combination with the surface it rests on turns that rotary motion into linear motion.  

Latest revision as of 08:50, 16 December 2009

Mini-Bike Side View

Contents

Introduction

This project is a formal reverse engineering study of a mini-bike. The project is meant to enhance the group's technical writing skills, engineering analysis, website design and teamwork.
In order to mirror an actual engineering evaluation the project was split up into 5 gates with definite due dates and requirements, these gates are listed below with their respective subsections.

Executive Summary

The objective of this project is to better understand the product through dismantling, modeling and reassembly. The product is a mini-bike not yet out on the market. It is designed only for recreational uses. Its top speed is approximately 10 mph. It stands up well without any external support and with its wide tires and low center of gravity is very stable even at very low speeds. The throttle is in the very convenient position of the right handlebar grip. The throttle signals the fuel air mixture flow mass flow rate to increase converting chemical energy to reciprocating mechanical energy and waste thermal energy in the combustion chamber then the reciprocating mechanical energy is turned into rotational mechanical energy by the clutch and transferred through the chain to the rear axle where the rear wheel in combination with the surface it rests on turns that rotary motion into linear motion.


Gate 1

-Work Proposal
-Management Proposal
-Initial Product Assessment

Request of Proposal Page

Gate 2

-Causes for Corrective Action
-Product Dissection Plan

Preliminary Project Review Page

Gate 3

-Component Summary
-Design Revisions
-Solid Modeling
-Engineering Analysis

Coordination Project Review Page

Gate 4

-Reassembly Plan
Critical Project Review Page