THE DESIGN AND FABRICATION OF A IRON SHELLING MACHINE
- Department: Mechanical Engineering
- Project ID: MCE0327
- Access Fee: ₦5,000
- Pages: 48 Pages
- Reference: YES
- Format: Microsoft Word
- Views: 428
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ABSTRACT.
A machine for corn Sheller is highly and greatly needed for consistence of usage of corn in local and international levels.
With regards to this indispensable need, a corn-shelling machine is designed which operates to remove the corn grains and leaving the cobs intact.
In attainment to this design objective and aims, a proper considerations was given to the machinability factor which includes, installation, simplication, durability, choice material operational efficiently serviceability of the masculine low costing and prolonged life span when operates with utilization with minimal down fine
The design details are given includes such items as materials and their characteristics. Adaptation methodology the parts relation with the whole device and the effect of the finished product upon which an inquisitive mind can make collection of fact in future which related to this project.
TABLE OF CONTENT
Title page
Release page
Letter of transmittal
Signature page
Approval page
Dedication
Acknowledgement
Abstract
List of illustration
List of symbol
Table of contents
CHAPTER ONE
Introduction
1.1Purpose of construction
1.2Importance and specification of the project
CHAPTER TWO
Literature Review
2.1Hand shelling method
2.2Direct linkages and its limitation
2.3Refined Design and its specification
CHAPTER THREE
Material Selection
3.1Material selection and Design of shaft
3.2Selection and location of Bearing
3.3Electric Motor Selection
3.4Selection Of Pulley Material
CHAPTER FOUR
The Shelling Unit
4.1The frame
4.2The spinning shaft
4.3Belt Drive
CHAPTER FIVE
Construction and Design Method
Metal Hopper
The shelling Unit
Outlet
Barrel
Perforated metal
Sequence of Assembly
- Department: Mechanical Engineering
- Project ID: MCE0327
- Access Fee: ₦5,000
- Pages: 48 Pages
- Reference: YES
- Format: Microsoft Word
- Views: 428
Get this Project Materials