Vehicle maintenance is the process of managing workshop

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VEHICLE MAINTENANCE

5/27/2014

Table of Contents

TOC o “1-3” h z u INTRODUCTION PAGEREF _Toc388929746 h 2MATERIAL SELECTION PAGEREF _Toc388929747 h 2PROCESS DESIGN PAGEREF _Toc388929748 h 4KNOWLEDGE ACQUISITION METHOD PAGEREF _Toc388929749 h 6KNOWLEDGE REPRESENTATION METHOD PAGEREF _Toc388929750 h 8Complexity issues PAGEREF _Toc388929751 h 10Fuzziness of the system PAGEREF _Toc388929752 h 11Conclusion PAGEREF _Toc388929753 h 12References PAGEREF _Toc388929754 h 13

INTRODUCTIONVehicle maintenance is the process of managing workshop. It is basically designed for bus, truck and coach operators. Vehicle maintenance process maintains the whole procedure and helps to make the record which always meets required criteria. VMS scheduled the activity of the management system. Lots of manufacturing industries are using this vehicle management system because it can provide the report of any kind of defect. The software using in vehicle management system provide job cards and maintain the history (Christensen, 2007). It also controls the workshop. It was launched in 1998; from then it has been one of the most important choices of any leading professionals. Through vehicle maintenance whatever vehicle will be there we can maintain that through it. Vehicle maintenance system follows the daily safety inspection in which the operator checked all the licensed vehicle work properly or not. Operators must ensure that all the defects are properly recorded and repair the defected thing properly as early as possible. VMS also allows the safety inspection of the vehicle. The operator must check that the authority who is doing take care of the maintenance of the vehicle they are working properly or not. in vehicle maintenance system operator have to follow the guidelines and take the decision for necessary changes.

MATERIAL SELECTIONMaterial selection is one of the most important parts of vehicle maintenance system. Selection of proper material can maintain the vehicle properly. Suppose in the case of car maintenance system the caring council of car developed some interval schedule for service. These schedules also follow the general guidelines for the maintenance at a regular basis. Car maintenance system consists of some important materials like,

1. Belts

2. Hoses

3. Brake system

4. Engine

5. Engine cooling procedure

6. Emission procedure

7. Fluids and filters

8. Fuel system

9. Wipers and lighting

10. Staring, batteries and charging

11. Suspension and steering

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These are all the important materials for car maintenance system. The first thing is car’s belt and hoses and what are their function. Function of belt and hoses are very essential for cooling procedure, charging the system and for air conditioning. The timing belt makes the crankshaft well synchronized to maintain the proper timing of the engine. Brake system is most important part of a car because it is the safety system. Brake system which is operating properly ensures the safety issue of the vehicle. Emission system follows how efficiently the engine is running. Engine is also an important and most efficient part of a car or truck or any kind of vehicle. Without the engine the vehicles are not capable to do anything. The steering allows us to drive the car properly and in which direction we have to go. Fuel system is working on the engine control system for delivering the good performance with lightest emissions. Filters which are using in the car are very important for pour personal comfort. Cooling system of car is very useful for engine dependability. It has been growing enlarge and innovate new cooling formulations.

PROCESS DESIGN

Process design also a most important part of any vehicle maintenance system. Process designing is undergoing through a lot of steps and phases. Like in car maintenance system at the primary stage the primary criteria should be laid down. On the basis of criteria the designers produced first proportional model of the car. Proportion is highly important to design the process. Not only in the car industry but also in every vehicle maintenance system proportion of model is highly important. In the next step designers started the drawings and line of characteristic fore the vehicle, and then they produce a one kind of grid map of the car. The main important aim of the first phase is to gain an understanding of the designing procedure. In the second phase the car making organization arrange some group designing procedure by which the kind car would be unique. The groups of members, who are working to design the inner and exterior part of the car, are working under a special trained supervisor. In this phase they are maintaining the shape of the car and try to make it more innovative. In the last phase that means in the third phase the detail work has been done. In this stage the engineers and specialist officer coordinate with each other. First of all they use CAD for a computerized design of the car. Many virtual technologies

are also used to optimize the efficiency in the process of working (Freeman, 1990). Through these phases the designing of a car has been done. Process design is very important for any system to develop a reputation of the company. The designers or the experts use many technologies to design the processes for maintenance for the car system. The design may be creative and the analytical processes can also take part in the process design of a car. The processes used for designing the car is that the user research, the sketches of the cars used, the making of the model, the research of the product , prototyping and the testing of the components used. The process is designed by the experts. They use the 3D software, the CAD design to move then concept of production of the design developed. The experts build a prototype and after that use the industrial CT scanning to test the interior problems of the car and generate the CAD design of the car. The product characteristics as specified by the experts which include the overall form of the project. The form can be in the texture, the shape and the colour of the car. This represents the presentation of the design in terms of choice, the components used to make the design appropriate and the consumer at the point of sale. The designing process adds value to the choice of the customers; the satisfaction of the customers which enhances the utility of the design developed and lowers down the production costs so that more cars can be produced. It also adds value to the techniques adopted to make the design and psychologically it affects the customer which enhances them to accept the design usefully.

KNOWLEDGE ACQUISITION METHODKnowledge Acquisition is one of the major parts of any industry. In the vehicle maintenance system it is very fruitful to enlarge the sales procedure and efficiency of the industry. There should an expert is necessary for any industry to make the whole system expertise. Every vehicle industry has their own engineers and the engineers have to cultivate their knowledge and use it in the welfare of the industry ( Kalal, 2008). They should gather the knowledge grow the expert and use it to solve some important problems. They have to enlarge their knowledge.

car and we are unable to solve that problem, then we have to consult with an expert of car. He can solve it very quickly. So if the engineers who are doing job in the car industry they should have same expertise knowledge to solve their problem. Knowledge acquisition follows some strategies. The strategies are defined to solve some special task. The system engineers are working in the industry should have sound knowledge to achieve the strategies of problem solving. Knowledge acquisition provides the industry two type of assistance. Through it anybody can relate with the problem and try to gather information from their expert to solve the problem. System engineer who are working in car industry and appointed in a particular project, they have to learn each and every procedure from expert. In that case if some problem will arise in future they can handle that by their own way. In any vehicle industry for some special purpose the board of governors arranged meeting to solve some problems and that time they share their knowledge with each other and find a way out. So knowledge acquisition can be done through a group discussion method. At this modern age problem solving method through expert opinion became highly affected. It actually made the industry a knowledge based system. Any kind of work if it is done the supervision of any expert it will grow in a proper way. The analysis of the expert seems to put not in the classification system but also in the all -25404237990kind of planning operation.

KNOWLEDGE REPRESENTATION METHODKnowledge representation system is focusing on the computer designing and making the entire complex problem solve out. Knowledge representation allows solving any particular problem in a unique method rather than conventional procedure. Suppose in the car maintenance procedure if the engineers do not deal with the experts on the topic of structure, model, then that will create problem. Another important purpose of knowledge representation system maintains the reasoning process which is automated. One most important purpose of this process is to create inference. The key trade of knowledge representation is to make practically and in an expressive way. Knowledge representation is the Moto to think about the world reasonably. It is actually the collection of commitments which is ontological. It is the concept which is dealing with intelligence reasoning. Knowledge representation method has been widely accepted in the manufacturing industry. Because it allows the industry to do some good thing. Simulation results are basically depending on the models of the data knowledge representation is very important for communicating with end users. In this case industry can visualize the 3d model, machines.tools, factories. in a car manufacturing industry it is very important to cope with the situation unless you share your knowledge and implement in the working field. In the manufacturing of car the assembly control system which is used is totally knowledge based. The process is totally integrated in the control system of the process. In the manufacturing of any kind of vehicle maintenance system knowledge representation are specified by two ways. One way is the necessary knowledge to describe a problem and other way is to exploit the mechanism through knowledge (Appel, 1982). It is the process of simulating the programme. Knowledge representation has some basic purpose also, by this procedure the customer requirements are merged into a complete designing procedure. In vehicle industry it has some specific facilities in vehicle styling and lifestyle evolution. Without any kind of impact on material robustness we can process it quickly through knowledge representation. In the car industry firstly the engineers made the CAD model of the car and if the model fulfills the customer’s wishes they can then design the structure. So this is one of the most important usefulness of knowledge representation. Engineers are using their knowledge for industries’ progress. This CAD models also connected with the database of the management system of the industry. To manage the controlling

procedure of the manufacturing organization like car or vehicle industry CAD model is very important. The Moto of the CAD is o maintain the database management system. In knowledge representations we can make decision on the reasoning which is based on case based procedure, in routine engineering process. We can apply this to PLM technology also.

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Complexity issuesEnsure that the garage door is made up of solid construction without any damaged panels or corners which could permit someone to enter into the garage. Ideally the door of the garage should be remotely operated. It means that you don’t have to leave your vehicle to open or close the door. These things are particularly important at night. There should be a light which will come whenever the door opens. This will allow the garage owner or mechanics to make sure that no one is hiding in the garage after you leave the garage. When the garage owner is in a process of installing new door opener he should ensure that the factory settings is been reset on the system so that the settings can be unique to the door. The car garage is not a mechanical devices; it is enormously observed and restricted by many of the computers which are generally coordinate by internal vehicular networks. By this particular project we will be able to calculate the issues on a latest industry and express the weakness of the underlying system structure (Christensen, 2007). Therefore, we provide equal attacks to the individual weakness, including that attacks which embeds malevolent code in a car’s telemetric unit which will help in finishing the confirmation of its presence. Therefore, these particular issues are investigated through an empirical lens by the running experiments in comparison with two late-model passengers’ car. We also demonstrate the skill to methodically controlled collection of components which includes cooling, heating, engines, lights, brakes, instrument panels, locks, radio, etc. mixing these we will be able to rise attacks that represents potentially important threats to personal security. For example, we are able to effectively and utterly unlock the brakes while driving, which generally create difficulty for the drivers to stop the car. On the other hand, we are able to activate the car brakes which help in moving the driver forward by which the car can be stopped.

Fuzziness of the systemIf the transmission can sing a tune, it’s not only rattling and drone away like some of the things have been rectify to be performed but the latest cars would possibly croon to peculiar as mechanical rendition to sound. As odd as it can noise, consistently they drive computer systems in the car which generally looks at the way of driving style and then it converts those exceptional after the wheel into the incomprehensible thread of zeros and ones that is generally processed in the shift pattern which hardly associate the style of driving. Therefore, the use of perfect images guide us to the admiration of the facts in the genuine world and it also divers us from the actuality. The severe explanation leads us to explain the actuality only by the two set element i.e. {0, 1}. Suppose by any case the difficulty failed to determine noticeably then it is been rotten into slighter problem, but at a same price of space it can be used again only by the two set element. In the particular case if it is unreasonable and impossible to drive the difficulty anymore, then we will inflict some errors which departure from reality. It is generally connected to the principle of incompatibly with increasing system complexity decreases the ability to formulate perfect and essential features of the behavior until he attains the limit beyond which the relevance and accuracy of almost mutually exclusive phenomena. The arrival of the fuzzy logic is understood as the expansion of those particular dealers of the cars. It generally works with the same data and it also uses the same hard filtering but in the place where the results by one and other attribute is taken into account. Accepting that the Suitability score is been calculated and then the results are sorted by that score. The first step that should be taken is to separate the possible values of the criterion for the purpose of separating the sets. Then again a value to the preference can also be assigned for every set. By this advance activity it is specified that the attributes of the cars is more preferred in comparison to others. Therefore, a fuzzy logic in the database system is always intended to store, organize and retrieve huge quantity of data easily. It generally consist an prepared collection of data for more than one employ. The database involves various types of contents like documents, bibliography and statistics. Therefore, digital database are directed by using the database management systems that generally stock up inside the database, permitting data creation and maintenance, searching and another access.

Flow Chart

ConclusionVehicle technology can make the transport system effective as with the use of modern technology it reduces the number of accidents occurring on the road as a result the people are aware of the dangers of the accidents and the lives of many people can be saved. The cars should be used for the future so that the technology should be enhanced without increasing the production and the manufacturing cost of the car (Pagé, 1920). The design of the car should be good so that the driver who controls the car mechanism should be satisfied by the design. The resources used for designing the project should be dedicated only to the designing process of the car which validates the safety process of the system, promoting the safety benefits of the design. A framework policy should be developed to recognize that what extent the design can provide safety to the design of the car system. The stakeholders of the company should be alert that safety measures should be taken to design the car. The safety policies should be made according to the technology used in designing of the system. The drivers should undergo training before they use the car on road and make aware of the safety policies of the company. The driver should attend the safety courses so that they should not misuse the technology developed for designing the car. The skill development class should be arranged for the driver’s so that they can know the benefits of the technologies used in the car design. The components of the car design should be checked before bringing the car to the market. Thus car designing is an important aspect of the vehicle maintenance as to use the cars in future so that the people are satisfied with the designing and the implementation of the process used here.

ReferencesAppel, R. (1982). The used car believer’s system (1st ed.). Toronto, Ont.: Doubleday Canada.

Brand, P. (2006). How to repair your car (1st ed.). St. Paul, MN: Motorbooks.

Brooks, R., Hirst, J., & Whipp, J. (2001). Vehicle maintenance (1st ed.). London: Thomson Learning.

Christensen, L. (2007). Clueless about cars (1st ed.). Buffalo, N.Y.: Firefly Books.

Feiss, C. (1982). Vehicle maintenance (1st ed.). Washington, D.C.: U.S. Dept. of Transportation, Office of the Secretary of Transportation.

Freeman, K. (1990). Chilton’s easy car care (1st ed.). Radnor, PA.: Chilton Book Co.

Gray, M., & Gray, L. (2007). Auto upkeep (1st ed.). New Windsor, MD: Rolling Hills Pub.

Kalal, R. (2008). Car care for car guys (1st ed.). North Branch, MN: CarTech.

Khan, K., & Zhang, Y. (2005). Managing corporate information systems evolution and maintenance (1st ed.). Hershey PA: Idea Group Pub.

Pagé, V. (1920). The model T. Ford car (1st ed.). New York: Norman W. Henley Pub. Co