Design And Construction Of Motorised Wheel Barrow

When it comes to construction projects, landscaping work, and gardening, you need the right kind of equipment to finish tasks speedily and easily. One piece of equipment you would need is a motorised wheelbarrow. This is intended to carry bulky materials and heavy loads. There are a lot of equipments that can be used these days for projects that involve heavy work. It would be an advantage to utilize motorized equipment in order for you to do tasks efficiently. With these tools, it will be easier and faster to accomplish your work. The equipment is easy to operate as you only need to steer it anywhere you want.

Wheelbarrow is a simple machine, which belong to the second-class lever. This is because the load or resistance is placed between the effort and the fulcrum. It is used in many areas of work to convey loads that are too heavy or bulky to be carried by hand. Wheelbarrow can be used as farm equipment, industrial equipment among others. However, the efficiency of the wheelbarrow depends on the materials used for the construction. A wrong choice of these materials can reduce the efficiency and the life span of the machine.

Although no machine can operated with 100 percent efficiency because the friction of its parts always use up some of the energy that is being supplied to the machine. But friction can be decreased by oiling any sliding or rotating parts. Moreover, depending on the type/size of machine to be constructed, the materials are reduced to smaller and more convenient sizes. The shapes and forms are changed by the following constructional operations, marking out, cutting, drilling, filling, recurring, taping broaching, folding/bending, welding, surface coating etc.

Most of these operations may be carried out by use of manual or mechanized processes depending on the size of the workshop.

In conclusion, a fixed amount of load was placed on the wheelbarrow to determine the efficiency and the effort required to lift the load. And according to the result gotten, the machine is highly efficient and required a very small effort to move objects many times their own size.

Title page

Dedication

Acknowledgement

Abstract

Table of contents

CHAPTER ONE

INTRODUCTION

HISTORY/ORIGIN

MACHINE

PRINCIPLES OF MACHINE

- EFFICIENCY

- MECHANICAL ADVANTAGE

SIMPLE MACHINES

THE LEVER MACHINE

CLASSES OF LEVERS

FIRST CLASS LEVERS

SECOND CLASS LEVERS

THIRD CLASS LEVERS

COMPUND LEVERS

CHAPTER TWO

LITERATURE REVIEW

SCIENCE OF MATERIALS

ELECTRONIC MOTOR USED IN WHEEL BARROW CONSTRUCTION

MOTOR SUPPLY

MOTOR CONTROL

MAJOR CATEGORIES

PERFORMACE PARAMETERS OF ELECTRIC MOTORS USED IN WHEEL BARROW CONSTRUCTION

CONTINUOUS TORQUE DENSITY

CONTINUOUS POWER DENSITY

PROPERTIES OF MATERIALS OF CONSTRUCTION

MATERIALS FOR CONSTRUCTION OF A STANDARD MOTORISED WHEEL BARROW 

ALLOY DESIGNATION

GENERAL ALLOY CHARACTERISTICS

CHAPTER THREE

MATERIAL SELECTION

COMPONENT PART DESCRIPTIONS

BASIC MACHINE TOOL OPERATIONS

METAL REMOVAL

METAL FORMING OPERATIONS

CONSTRUCTION METHOD

UPPER / TOP VIEW

LOWER PARTS/ UNDERNEATH VIEW 

SIDE VIEW

CHAPTER FOUR

CALCULATION/COST EVALUATION

COST EVALUATION

CHAPTER FIVE

DISCUSSION

SUMMARY

CONCLUSION

REFERENCES

APPENDIX