Project Abstract

Abstract
The design and fabrication of mechanical systems play a crucial role in various industries, ranging from automotive to aerospace and beyond. This research project focuses on the development of cutting-edge mechanical systems that can improve efficiency, reliability, and performance in various applications. The project involves a multidisciplinary approach that integrates principles of mechanical engineering, material science, and advanced manufacturing techniques. The design phase of the project involves conceptualizing the mechanical system based on the specific requirements of the application. This includes defining the functional specifications, performance goals, and constraints that the system must meet. Computer-aided design (CAD) software is used to create detailed 3D models of the system components, allowing for virtual simulations and analyses to optimize the design before fabrication. Once the design is finalized, the fabrication process begins, involving a combination of traditional and advanced manufacturing methods. Machining, casting, and welding techniques are used to produce individual components with high precision and accuracy. In addition, additive manufacturing technologies such as 3D printing are employed to create complex geometries and lightweight structures that are difficult to achieve using conventional methods. The selection of materials is a critical aspect of the fabrication process, as the mechanical properties of the components significantly impact the performance and durability of the system. Advanced materials such as composites, alloys, and polymers are chosen based on their mechanical strength, thermal stability, and corrosion resistance. Material testing and characterization are conducted to ensure that the components meet the design requirements and performance expectations. Assembly and integration of the fabricated components are carried out with meticulous attention to detail to ensure proper fit, alignment, and functionality of the mechanical system. Quality control procedures, including inspections, measurements, and testing, are implemented throughout the assembly process to verify the integrity and performance of the system. Overall, the design and fabrication of mechanical systems require a combination of technical expertise, creativity, and precision to achieve optimal results. By leveraging advanced technologies and materials, this research project aims to develop innovative mechanical systems that push the boundaries of performance and efficiency across various industries.

Project Overview

INTRODUCTION

In this pass, cutting of grasses in the school, track or filed, Industries hotel, public centers, Agriculture lands etc. was done by machete or cutlass. This method of manual cutting not only was laborious but also time consuming as it is human effort that is entirely needed both for cutting and motion. There was also inaccuracy in cutting level of the each inaccuracy in cutting level of the each individual as many factors will influence the late, speed h, height of cut of each individual.

          Apart from all these cumbersional old method of cutting there is also risk of accident. As one can easily get cut with his or her machete/cutlass. Also there is need for mechanization since the world is going modernization bearing all these problems in mined trying to fine a solution to it, we decided to embark on this project. This project can be used for cutting of grass. And all the problems of the manual cutting was meant to be overcome.

          Therefore  this lawn mower is used for cutting grass to equal length ( though you can adjust to level of cut) for speed cutting, it is also lies accident fine as well, it has a reduced labour as it is an on

1 –c engine that does the accurate cutting, While the pusher provides the effort/motion.

          Again to encourage farming among the farmers and those that are finding it difficult in handling the cutlass, this project was embarked to help. As it can be used clearing bush. Beside it is also used for cutting sports field (like football pitch) as well as cowns in hotels and business premises. So this project reduces human effort and should be encouraged in schools, hotels business area etc. although mower can be of electric type too. But we decided to fabricate a mechanical. type to overcome the problems of electricity. And as such, this our lawn mower can be used every where even where there is no electricity.

1.1                  IDENTIFICATION OF NEEED

          Early before now, West Africa as a whole, the present farmer depends on the hoe and cutlass for practically all farm operation. There tools vary in shape and size from place to place. In the high forest zone of Nigeria the small farmers must clear thick bush done either hoe or cutlass for weeding the farmland

These farm operate depends entirely on the energy using the tools which he has at this disposal. This inability that facing the farmer, has triggered these project group to research into the lasting solution to this problems.

Also (mechanical lawn mower) these problems of high payment of local labour can be brought to minimum. The production of their machines in Nigeria and lead to reduction of importation cost from Germany USA of this machine to Nigeria with high profitable to the farmers.

1.2     LITRATURE REVIEW.

1.3     HISDTORICAL BACKGROUND OF THE PROJECT (SCOP)

 Based on the development countries, Technology in farm operate is highly increased. It is clear that developments in farm machinery in West Africa started for back 1960. This project must related to the social and ecological conditions prevailing in different parts of this grate region. At the present time two trends are apparent

(i)                Increase in use of tractors and large agricultural machinery on farms of large extent both in the high forest and savanna zones, but particularly in the later.

(ii)             The increase of annual power and small machine on peasant farms, farm operates in west Africa will become increasingly machinated, and that stage of mechanization which lies on the tractor and combine harvester on the other is refereed to as intermediate technology.

1.4         IMPORTANCE OF THE PROJECT TO SOCEITY

Generally, this project (mechanical low mower) has a great effect towards development and maintenance of any community in the societies, which one mounted below.

1.              Cutting grass of secondary, primary and tertiary field thereby reducing human effort made.

2.              Great portion of farmland can cut or brushed with and of lawn mower in one day.

3.              This project reduced number of personal that need in a particular farm operate.

4.              Improved food production in the society

5.              To reduce manpower

6.              To improve economy of any country

7.              Provision of foreign Exchange in the countries

8.              To reduce exportation cost to our country

9.              To encourage pupils, and students to be regular and the school, because no ore cutting of grass with cutlass by pupils or student.

1.5         AIM AND OBJECTIVES OF THE PROJECT

1.5.1    REDUCTION OF LABOUR COST

In application of lawn mower machines is any government field and farm land causes seriously reduction in number of labour needed in the maintenance of the, brushing and clearing of the grass, but with aid of  

1.6         AIM AND OBJECTIVES OF THE PROJECT

In the past several investigation were made in lawn industry At USA, Germany etc exported to Nigerian market, from which this production is a development of already existing ones, it was localized to smite our environment conditions. Aims and objective of the investigation on the project are nominated below. Lown mower machines.  The job is easily performed without mush wasting of time.

1.6.2IMPROVEMENT OF FOOD PRODUCTION

Local farmers can embarked on maintenance of 100 hectares of farmland with aid of lawn mower machines. This project will extract some lazy, also many people will developed interest and rendering agricultural engineering or course related to farm

1.6.3 TIME FACTOR

This production of this project (lown mower machine) brings reduction in man hour consumed in cutting of grass which is being improved using lawn mower machine which employed some minute of an how for the job.

1.6.4IMPROVEMET IN ECONOMY

Having farmer embark on large farm land for production of food to the citizen birth, and of lawn mower machine but not land is bound so production supply enough quantities food to market which extract improvement of countries economy and also ensure stability and the exchange.

         Also boosting of employment to the youth of the town