Reverse Engineering

ABSTRACT

The focus of this article is to represent and discuss the various ways in which we can enhance the efficiency of existing engineering viz. REVERSE ENGINEERING. Main concern will be about the industrial applications in our wide and large but too congested life. Here we deal and cover some of useful implementations of reverse engineering. We did a proper analysis of implementation of reverse engineering and also had a focus on various problems arising while its implementation and usage .From an overall view, use of these reverse engineering is quite feasible for all sort of industrial applications.

By studying an existing engineered object, we can learn a lot about how the object was designed and how it works. What steps might an engineer take to figure out and understand how an existing product works? Usually, we can just take it apart! Engineers use a process called Reverse Engineering to understand how something functions and to determine ways it can be improved. Have you ever taken something apart to find out what is inside? If you have, then you have already "reverse engineered!"

So we can say that like it or not, REVERSE ENGINEERING is the next BIG THING.

Thus, it is really going to be a great rebel against the increasing demand of energy accompanied with increasing high market cost.

CHAPTER 1

INTRODUCTION:

Fig.1: Reverse Engineering Product

You can usually tell which children will eventually grow up to be engineers. They’re the young kids who secretly dismantle the toaster in the garage to figure out how it works. These future engineers are onto something. Taking a complex machine apart is one of the best ways to discover how it operates and to recreate that functionality. This concert is called “Reverse Engineering”.

CHAPTER 2:

APPROACH TOWARDS ENGINEERING:

2.1. Conventional Approach:

The conventional approach to develop products with CAD/CAE/CAM techniques starts with geometric modeling...