FABRICATION OF TWIN LEAF METAL DOOR

ABSTRACT

This project report is based on fabrication of twin leaf metal door. A mental door is a movable structure used to close off an entrance typically consisting of  a panel that swings on lings, side or rotate. 

This metal door more reliable and strong and has much good looking appearance than other doors like, wooden  door, glass door, leather door e.t.c various fabrication processes such as: marking out, cutting, bending, joining or welding, grinding, spraying e.t.c were adopted and implemented in the fabrication of this twin leaf metal door. Peep hole was fixed on the door to screw visitor and admit on choice, the main purpose is to ensure safety and protection. 

The material used to make this protect to be well strong design are as follows-galvanised metal plate, square pipe lock set key paint, hinges, guage 12 electrode and grinding disk and the major reason of using the material is to provide good making features of the door which will meet up with nowadays demand and designs, and in order to expose students to how to use different types of simple tools and some machines. The special features on the door are as follows: pin hole glass, lock set key, hinges small, square pipe design, glass paint use to coat  the door for rusting.

TABLE OF CONTENT

Title page 

Certification 

Dedication 

Acknowledgement

Abstract

Table of content

List of figure

Nomenclature

CHAPTER ONE

Introduction 

1.1 Background of the study

1.2 Literature review

1.3 Aim

1.4 Objectives of the project

CHAPTER TWO

ANALYSIS OF ALTERNATIVE METHOD AND CHOICE OF BEST ALTERNATIVE.

2.1 Definition of door

2.2 Types of door

2.3.1 Advantage of metal door opening

2.3.2 Advantage of metal door closure

2.4 Definition of welding

2.5 Types of welding

5.4 Welding operation

5.5 Types of welding operation

5.6 Safety operation

5.7.1 Welding equipment

5.7.2 Electrode Holder

5.8 Precautionary measures against other Risks

5.9 Finishing Touches

5.10 Maintenance

5.11 Problem Encountered

5.12 Bills of Engineering measurement and Evaluation

CHAPTER SIX

CONCLUSION AND RECOMMENDATION

6.1 Conclusion

6.2 Recommendation

References