Goliath Bare Research Paper

Goliath Bare Research Paper
Chapter 1: ABSTRACT 1.1 HISTORY In this automatic transmissions we could trace their origins
to an early gearbox that was developed in 1905 by the Sturtevant brothers of Boston, Massachusetts.
This unit had two forward speeds that is the ratio change that is brought by flyweights that were
driven by the engine. At an higher engine speeds, and at the 0high gear they were engaged. As the
vehicle I think slowly down and engine RPM decreases, the gearbox would not shift back to low
speed. Even thought, the metallurgy of the time wasn't up to the mark, and Knowing about the
abruptness of the gear, the transmission would fail without waning. From 1941 the Germans used
the Goliath tracked min with the use of remote demolition work. The Goliath was a small tracked
vehicle which were carrying 61 kg of explosive charge which was connected with a wire. Their
inspiration was through the miniature French tracking robots which was found in France when they
lose in 1940. The combination of cost, low speed, high speed reliance on a cable for control, and
poor protection against weapons meant was not considered a success. ... Show more content on
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The development in automatic gearbox and the fluid couptheseling technologies eventually comes
on the introduction in 1941 of the General Motores
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Automobile Mechanic
Automobile Mechanic
Over time cars may break down or get worn out. For an example, engines can give out, break, or fall
apart. In addition, tires need to be changed every once in awhile when they wear out; oil needs to be
changed or else it will destroy the engine. If people did not have mechanics how would they get
around when their vehicles break down? To become an automobile mechanic, it is crucial to prepare
through the appropriate schooling and training, to understand what the job itself entails, and to know
the potential outlook for the job.
The correct career preparation for this job is undergoing basic training. To be a mechanic very little
education is needed. A high school diploma is required, but any other advanced education ... Show
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Do to the fact that mechanics have to get down and dirty. But if it were not for mechanics many of
our cars would not be on the road at this moment. People usually underestimate a mechanic's job,
but it takes many years to perfect this occupation do to the fact that it is hands on and that your
reliable for another human beings life. In conclusion since very few people are willing to get down
in dirty, this job is becoming higher in demand. "The U.S. Bureau of Labor Statistics predicts that
the number of jobs for auto mechanics will increase by 17 percent through 2020, compared to 14
percent for all occupations" (Farnen). Furthermore, as cars become more complex people are not
going to be able to fix their own vehicle, so they will have to take it to a

Research on Hybrid Cars
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I. Introduction:
✓ Overview Of The Project:
This project is based on the latest technology in automobile (car) industry– HYBRID
TECHNOLOGY.
In this project we are going to discuss about the hybrid technology in cars, the impact of hybrid
technology on Indian automobile (car) industry, the companies which have adopted and benefited
through this technology and the findings & the conclusion.
✓ Hybrid Technology:
A hybrid vehicle is a vehicle that uses two or more distinct power sources to move the vehicle.
Power sources include: ▪ On–board or out–board rechargeable energy storage system (RESS) ▪
Gasoline or Diesel fuel ▪ Hydrogen ▪ Compressed air ▪ Human ... Show more content on
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In 1905, Mr. H Piper filed a patent for a gasoline engine–electric motor powertrain. According to
him, the electric motor would augment a gasoline engine, allowing a vehicle to accelerate from zero
to 25 miles an hour in 10 seconds, much faster than the gasoline engines of that time. Ironically,
when finally Mr.H Piper was granted the patent a few years later, normal engines were capable of
producing the same kind of acceleration.
Due to rapid advancements in the gasoline engine, the popularity of a hybrid car slowly diminished
untill again in the early to mid 1970s, the time of oil crisis. Many companies poured funds to build
experimental Hybrid Electric Vehicles. But as the oil became available again, the surge for HEVs
died down immediately.
The Europeans and Japanese researching on reducing production costs and making HEVs more
salable. Companies like Toyota, Honda, Volkswagen, Mitsubishi came up with ways to reduce
emissions and better the mileage.
Toyota introduced the Prius in 1997 (in Japan and in 2000 in the US) which proved to be a huge

success. Recent sales figures indicate that well over 300,000 units of Toyota Prius have been sold
the world over justifying the concept of a clean family car.
In 1999, Honda introduced its first production hybrid car, the Insight and then the Civic Hybrid in
2002.
Ford came up with the first hybrid SUV, the Escape, which hit the road in 2004. Quick on their path
are

Collision Avoidance System Essay
Every year millions of people get in vehicular accidents that cause expensive repairs and sometimes
trauma for the drivers. While collision avoidance systems are very advanced and well developed,
most systems are too expensive for the average consumer. Our team's general mission is to reduce
the likelihood of car crashes by improving an aspect in the car that either keeps the driver more
engaged while driving or assisting the driver in various tasks such as stopping and lane changes.
Along with the general mission, our team has defined further parameters of our product in an
attempt to narrow our ideas down. We decided the product should be modular, third party, and
affordable for the common driver. We also wanted our product to be ... Show more content on
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Cars with built–in systems are not without their faults. Other than their limited availability and high
cost, it is also rare to find a car that has all the features of collision avoidance systems available.
Often times car manufacturers will only offer the warning systems without the features that can
actually control a car independent of a driver. Also these systems do not guarantee that the vehicle
will not get into a crash even when the car can control its speed and tire position. Another problem is
that the system is directly integrated into the pieces of the car such as the bumper, mirrors, etc.
which makes repairs extremely expensive. When looking at potential demographics for our product,
we found a phone survey conducted Insurance Institute for Highway Safety, we found that 83% of
parents would not be willing to buy their child a brand new car. With that many parents buying used
cars, a lot of those teens will not have the luxurious access to built–in car safety. To visualize how
large the difference is, here is a simple pie chart on the topic: Another factor that led us to focus on
teen drivers was a study in 2014, also conducted by the Insurance Institute for Highway Safety, that
stated that 48% of teenagers who died in a driving accident died in a car that was at least 11 years
old. Seeing this statistic made us realize that we wanted to develop a product that could be attached
to cars that are not only 11 years

Tata Motors Essay
Operation
Tata Motors in India, Britain, South Korea, Thailand, Spain and South Africa's vehicle assembly
operations. It plans to build factories in Turkey, Indonesia and Eastern Europe.
Tata Prima
Tata Motors is India's Tata Motors under the production of cars, a division of Tata Motors marquee.
Tata Motors is a four passenger car brand in India, compact, medium–sized sedan segment products
and utility vehicles. Tata's dealership, sales, service and spare parts network comprises over 3,500
touch points. Tata Motors has more than 250 dealers in 27 states nationwide and four Union
Territories in India more than 195 cities. It has Maruti Suzuki and the third largest sales and service
network of modern later.
Tata also in Kenya, Bangladesh, Ukraine, Russia and Senegal franchisee / joint venture assembly
operations. Tata owns 26 countries across four continents dealers. ... Show more content on
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The main reason behind the acquisition is to reduce dependence on the Indian Tata commercial
vehicle market (which is responsible for around 94% of the MHCV segment, about 84% of sales in
the light commercial vehicle segment), and by expanding its product portfolio with Daewoo
advantage in the field of heavy tonnage.
Tata Motors developed jointly developed by Tata Daewoo trucks, such as Novus trucks and buses
with the world, including in the globuspallidus and StarBus. Tata began developing a new line of
production competitiveness and fuel–efficient commercial vehicles face of international brands such
as Mercedes–Benz, Volvo and Navistar brought into the Indian market

Mechanical Engineering Advancements In The Automobile...
Mechanical Engineering Advancements in the Automobile Industry The field of mechanical
engineering is a rather diverse one. Mechanical engineering is involved with everything that moves
which makes it the broadest field of engineering to study. Mechanical engineers focus on creating a
component, machine, or an entire process to supply people with the goods or services they want,
need, or require for life. The automotive industry relies heavily on the field of mechanical
engineering to improve safety, fuel consumption, and emissions control. The advancements in
mechanical engineering over the past few years have improved greatly especially in the automobile
industry where the engines of automobiles are quieter, faster, and more fuel efficient. As technology
advances in society, so do the fields of study that utilize these updated forms of technology.
Mechanical engineers have improved automobile engines based on these technologic advances.
Currently, the areas where engineers are focused include enhancing the transmissions, improving
batteries by changing their chemistries, decreasing the load of automobiles, and creating hybrids.
With improvement to these areas, the automobile engines are able to function more efficiently while
simultaneously decreasing their environmental impact. The transmission of an automobile is
responsible for supplying the torque and power to the wheels of the automobile. The main source of
energy waste in the transmission system is

A Magneto Rheological Shock Absorber
A magneto rheological shock absorber or magneto rheological damper is a damper filled with
magneto rheological fluid, which is controlled by magnetic field, usually using an electromagnet.
This allows the damping characteristics of the shock absorber to be continuously controlled by
varying the current in the electromagnet. This type of shock absorber has found applications in
semi–active vehicle suspensions which may adapt to road conditions, as they are driven by
continuous sensor monitoring and also with prosthetic limbs. Fig. No.1. Magneto Rheological
damper
Above figure shows the schematic of magneto rheological damper which is consist of cylinder,
piston, piston rod and electrical winding. There are three types of the magneto rheological damper
are,
Mono tube MR damper
Twin tube MR damper
Double–ended MR damper
MONO TUBE MR DAMPER
From the three types, the mono tube is the most common since it can be installed in any direction
and it is small in size. A mono tube MR damper, shown in Figure, has only one store for the MR
fluid and it is associated with accumulator mechanism to accommodate the changes in volume that
results from piston rod movement. The accumulator piston is used for providing a barrier between
the MR fluid and a compressed gas (usually nitrogen) that is used for accommodating the volume
changes of liquid that occur when the piston rod enters the housing. Fig. No.2.Mono tube MR
damper section view
TWIN TUBE MR DAMPER
The twin tube MR damper uses

How To Build An Open Road Essay
When planning for your nexr road trips, it's important to make sure that your car is ready for the
long haul. Safety is key for any long car ride, especially if your loved ones are riding with you.
Regular service and maintenance is the best way to ensure that you and your vehicle are ready. To be
sure you're getting the best in service and expertise call the professionals at Frecks & Sons'
Automotive Inc.
Their technician's inspection will cover every inch of your vehicle. First they'll check the fluids
(power steering, oil, brake, transmission, anti–freeze), and top off anything that seems low. Next
they'll service your brakes and make sure you're running at a minimum 50%. After a quick tune up
they'll check your tires, your shocks, and make sure that there are no "check engine" lights on. If any
auto electrical repair, or engine repair is required they'll have it fixed in a flash. Once your car's been
serviced by their trained technicians the only thing you'll need is a travel plan, a destination, and a
thirst for the open road. ... Show more content on Helpwriting.net ...
has been Saint Peter's premiere auto service. Whether its brake repairs, car starter repairs, car heater
repair, or just a common oil change, these auto care specialist do it all. Using the latest in repair and
diagnostic technology Frecks & Sons' Automotive Inc. will make sure you're vehicle is properly
serviced before hitting the road.
So when it comes to ensuring the safety of your next road trip trust Saint Peter's most reliable auto
service providers, Frecks & Sons' Automotive Inc. For more information check out their website or
call (636) 928–5326 to schedule an

Why Is Seatbelts Important
Nowadays, most people own cars and many people are riding cars on a daily basis. Although we
sometimes hear on the news about people dying by car accidents, there are much more cases when
people are not injured by car accidents thanks to the range of safety equipment designed to keep the
people on the car safe in the event of a car crash. The range of safety equipment is supported in the
background by the modern advanced science. First of all, seatbelts are installed in every kind of car
that is being sold. Seatbelts take a very important role in cars because it works in many ways to
protect the passengers from danger and car accidents. One of the reasons why seatbelts are
important is because seatbelts reduce the speed of a body of a passenger as it gets an experience of
an abrupt decreasing of speed. Since the velocity of the car and the passenger is independent, even
when the car crashed into a wall and the velocity suddenly decreases to zero, the body of a
passenger will want to still move forwards. The second reason is that seatbelts prevent passengers
from slamming parts of their ... Show more content on Helpwriting.net ...
The antilock braking system was made to support the driver to control some steering dexterity and
avoid skidding while putting on the brake. Anti lock brakes were first introduced in the mid– 1980s
and became a major equipment of a mobile in cars that were sold in Canada. The antilock braking
system allows the driver to keep control of the car and uses wheel speed sensor to take a decision
whether any wheels are trying to lock up during the action of braking. Then the system works a
series of hydraulic valves restrict or decrease the braking on those wheels, which prevents skidding
and allows the driver to maintain steering control. Anti lock brakes are one of the major systems that
save passengers for car

Eaton Corporation PLC. versus Parker Hannifin Corporation
Eaton Corporation plc.(Eaton), as one of the biggest competitors to Parker Hannifin Corporation, is
an American power management company providing energy–efficient solutions which help its
customers effectively manage electrical, hydraulic and mechanical power. The Company leads in
technology globally, regarding to aerospace fuel, electrical products, hydraulic and pneumatic
systems for commercial and military use, systems and services for power quality and power
transmission, distribution and control, and lighting and wiring products. Eaton also leads in
hydraulic components, systems and services for industrial and mobile equipment, as well as leading
in truck and automotive drivetrain and powertrain systems for performance, fuel economy and
safety. Concerning to aerospace segment, Eaton has a strong competitive position with respect to
product and system performance, quality, design engineering capabilities and timely delivery, which
is considered as one of the market leaders. Nowadays, there are about 102,000 employees working
for Eaton in over 60 countries, and Eaton sells its products to customers in more than 175 countries.
With respect to the strategy, there are three main different strategies adopting by Eaton. Firstly,
leading as a power management company and maximizing shareholder value. In order to keep
leading in the industry, Eaton tries to be differential as company developing innovation and
optimizing its presence in the most attractive segments. Secondly,

Informative Essay On Oldsmobile
In the automotive world there is lots of car brands on the market for us to pick from, there are
American brands, Japanese, Germen to cars, SUV and trucks. Some of them are successful brand on
the market today, however, there are some that haven't had much luck and had to close their doors.
Today I will be talking about the automotive company Oldsmobile. I will be talking about the
history of the brand, where did the company started, the target market, the most popular unit sold,
the reason I've picket Oldsmobile. Oldsmobile was created in 1897 by a man named Ransom E.
Olds, Ransom was born in Geneva, Ohio on June 3rd 1864 he passed away on August 26th 1950 at
the age of 86. Ransom founded the company called Olds Motor Vehicle Company in Lansing,
Michigan on August 21, 1897. Not to long after ... Show more content on Helpwriting.net ...
Some of those cars are the Oldsmobile Cutlass, Oldsmobile f–85, Oldsmobile Vista Cruiser. In the
1970's throw the 1980's it was a huge time for Oldsmobile, they were at a high sale of 1,066,122
cars. It was a huge year for Oldsmobile. The key makes of their sales was their designe, the
costumers review and also their reliability of their popular Rocket V8 engine. Then in 1976
Oldsmobile was the America's bestselling car on the market. The company was so popular that they
displace some of its competitor as the 3rd best–selling automotive brand in the United States behind
Ford and Chevrolet. Later in 1977, General Motors was starting to struggle with Oldsmobile, they
eventually had to change their V8 engine with the Chevrolet 350engine because of the Federal
emissions specifications. This has started a public relations nightmare with GM. However they
never stop trying to do something new, in 1978 Oldsmobile came out with a 5.7L V8 diesel engine
on optional vehicle like the Delta 88 and 98. Also, they came out with a 4.3L V8

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Automotive Engineering Advising Document
Master of Engineering in Automotive Engineering CURRICULUM Systems Engineering Core
Engineering Electives Management and Human Factors Automotive Engineering Seminar and
Capstone Project TOTAL PROGRAM: Semester Credit 9 9 6 6 30
The M. Eng. Degree in Automotive Engineering requires a total of 30 credits–27 of which must be
letter (A–E) graded. A minimum grade point average of 5.0/9.0 ("B" average) is required for
graduation. Of the 30 credit hours, 24 must be 500 level or above. At most, 6 credit hours can be at
the 400–level. SYSTEMS ENGINEERING CORE (9 credits)
Courses must be taken in each area. 1. Powertrain AUTO 563 Dynamics and Controls of Automatic
Transmissions MECHENG 438 Internal ... Show more content on Helpwriting.net ...
A course description and syllabus must be submitted for prior approval of credit toward the
Management and Human Factors requirement.
AUTOMOTIVE ENGINEERING SEMINAR and CAPSTONE PROJECT (6 credits)
AUTO 501 AUTO 503
(required) Integrated Vehicle Systems Design (should be taken within the first year of the program)
(required) Automotive Engineering Project (must have a minimum of 15 credits completed toward
the degree)
3 3
2
Master of Engineering in Automotive Engineering Curriculum and Courses
The M. Eng. Degree in Automotive Engineering requires a total of 30 credits – – 27 of which must
be letter (A–E) graded. A minimum grade point average of 5.0/9.0 ("B" average) is required for
graduation. Of the 30 credit hours, 24 must be 500 level or above. At most, 6

Vehicle Safety Essay
In the recent years, the United States government has been enforcing stricter mandates on auto
manufacturers to create safer vehicles, and on construction companies to create safer roadways.
Matthew Jensen wrote a dissertation for the Graduate School of Clemson University titled, A
Methodology for the Analysis of In–vehicle Operating Data and Design of Intelligent Vehicle
Systems for Improved Automotive Safety. In his abstract, Jensen evaluated the future of vehicle
manufacturing and traffic–related incidents. Of course, every year more vehicles are manufactured,
which in theory means the number of miles driven in vehicles increases. He points out how the
World Health Organization (WHO) found that automobile crashes was the ninth ... Show more
content on Helpwriting.net ...
Generally speaking the items taken into account as vehicle speed, RPM, and throttle position as well
as many other parameters. More recently developers to begin using accelerometer and global
positional systems (GPS) to provide feedback to the driver (Jensen). Yet another critical component
of safe driving is the human–vehicle interface (HVI), very similar to the human computer interface/
interaction (HCI). HVI is used to produce sounds, visual aids, and other forms of feedback such as
the haptic steering wheel to alert the vehicle operator of the roadway conditions (traffic, construction
environment, pedestrians). Since automobiles are operated by single individuals, the primary means
of receiving feedback are visual. Since the introduction of HVI "the cost for real–time control
systems decreases" and the new safety features provide information that hopes to improve decision–
making response time (Jensen).
The article describes three formats of in–vehicle feedback; visual, haptic, and audio. Each of the
three formats to be broke down into various systems and functions. Very similar to a database
containing tables, rows, and attributes. In the visual table, there are four rows one of which is the
dashboard. The dashboard contains several aids including gauges, on–board diagnostics, GPS, and
lamps. The haptic table contains the break/ throttle row, were pedal pulsation will notify the operator
of activated antilock–brakes or traction control. Jensen

Automotive Master Mechanic Customs
Introduction Do you love fast cars and trucks? Do you wonder how they work? Have you ever seen
a car that blew your mind wanted to have one of your own. Well, Automotive Mechanic is
something you should look into. You'll learn about Cars,Trucks, and Diesels. Automotive customs
are forms of art. Allowing you to design and create a car to your liking. These features can include:
drop axles, tinted windows, rims, etc. There are even customers who have customized their cars
enough to add a chandelier. Most if not all features, and modifications are enhancements for the
vehicle's durability, and performance.
In order to be successful and knowledgeable in Automotive Master Mechanic–Customs, one must
have a full understanding of what an automotive master mechanic custom employee is, what their
job entails and, what it takes to become one. The main topic, or focus for an automotive master
mechanic custom employee is what the next trend in automotive body styles could be?
Research Question 1: What is a Automotive Master Mechanic? What do they do ? Automotive
Master Mechanics work to fix truck, cars, boats and other vehicles. They help clients to understand
the problem with their vehicle, and in return, fix these problems. In addition, these specialized
mechanics are able to customize and add modifications like; hydraulic lifts, drop axles(Lowriders),
... Show more content on Helpwriting.net ...
They work in brightly lit work spaces. They are at a 5% growth rate, averaging as most careers.
Most automotive mechanics are full time, and are inclined to work evening, weekends, and lots of
overtime. In 2014, 739,900 jobs were mechanic positions were in demand . They're rated one of the
highest career in injuries and illness. Working with heavy metals like auto parts and tools means that
it is more common for small cuts, sprains, and bruises. Although they work with computers, they
also work with parts and tools that are greasy, maybe even in disagreeable

A Brief Note On Design An Electric Vehicle
Introduction
Detail of Project
Introduction
The project is to design an electric vehicle that has to be road worthy and comfortable to drive off
road as well. We are doing These because it is the future of Automobile industry. These is fully
ecofriendly and these is one of the best solution to decrease the carbon emission in our environment.
EV which we are design is Fully built from Scratch, which is look like a Wheelie jeep. Because its
roadworthy so we have design this car under the concern of the New Zealand Transport rules and
regulation. The car is two doors with two Seating capacity. we have to make it lighter and off road
drive so we choose the poly carbonate shell material. The car is fully electrically automated with
electric power steering and some other feature. It also has an Electrical winch which is detachable at
front or back. It is a four–wheel drive and with high torque and doesn't produce any excessive
sound. The car has a AC motor as drivetrain and the energy source for drive is a lithium Batteries
which is highly efficient as compared to other battery. We design good breaking system because
electric motor has a very high acceleration as compared to CI cars. EVS running cost is much lower
and very less maintenance. It has a range of 80 km per charge and it can be charge in your garage
240 V plug socket. The money spent on the EVs has reasonable and payback to us.
Reason for amendment
We are working to design a new electric car so we have to

Collision Avoidance System : An Automobile Safety System
CAR COLLISION AVOIDANCE SYSTEM
Kirti
Department of Electronics and Communication Engineering
Haryana (India)
Email: kirtidahiya7009@gmail.com
Abstract: A collision avoidance system is an automobile safety system designed to reduce the
rigorousness of a collision. Also known as precrash system, forward collision warning system, or
collision mitigating system. It uses radar and sometimes laser and camera to detect an imminent
crash. Once the detection is done, these systems either provide a warning to the driver when there is
an imminent collision or take action autonomously without any driver input by braking or steering
or both. Collision avoidance by braking is appropriate at low vehicle speeds. while collision
avoidance is suitable at higher vehicle speeds.[1] Cars with collision avoidance may also be
equipped with adaptive cruise control, and use the same forward–looking sensors. Keywords:
collision, congested, Traffic safety, transmission, sensor networks .
Introduction: Collision Avoidance systems, a subsequent step to collision mitigation, are one of the
great challenges in the area of active safety for road vehicles. In India the total annual deaths due to
road accidents has crossed 1.18 lakh, according to the latest report of National Crime Records
Bureau (NCRB). If these deficiencies are not controlled at early stages they might cause huge
economical problems affecting the road side networks. The main part of the work was to carry out a
feasibility

Personal Narrative: The Mechanic Of Today
The Mechanic of Today
The mechanics of the past earned a majority of their income performing scheduled automotive
maintenance. Things like spark plugs, engine coolant and transmission fluid required replacement
every 30,000 miles. On modern automobiles these items can last for 10 years or 100,000 miles. Now
the mechanic of today relies on their ability to quickly diagnose and repair complex automotive
problems.
Training Mechanics for a Changing World
Gone are the days of graduating from your high school auto shop class and grabbing a job fixing
cars capable of supporting a family. Mechanics must embrace the same theories taught decades ago
while at the same time embracing the technology that is already in the pipeline. With the vast
amount of knowledge required it's now recommended that new technicians specialize. ... Show more
This marketing blitzkrieg turns up the heat on private shops and franchise businesses. Nevertheless,
I suspect they will survive by offering the convenience of location, seven day operation and value–
based pricing that dealerships have been reluctant to offer thus far.
Changing the Cars Mechanics Work On
At some point in the 90s I wondered why car designers would remove the manually operated throttle
cables that worked so well for more than 100 years and replace them with an unreliable drive–by
wire throttle control system. The answer to the question is it was a necessary step in the preparation
for the automobile to become driverless.
Slowly anything that was manually operated by the driver has disappeared and replaced with a
digital solution. Therefore mechanics must learn and truly understand the basic theories of how an
automobile works while at the same time embracing the technology aimed at removing the steering
wheel from the hands of human

My High School Science Projects
Machines are on a fast paced evolutionary track that renders them indispensable to the progress of
mankind. One such machine that has made great strides in the last century is the automobile.
Mobility has always been my area of fascination; the working of a simple bicycle to the advanced
Formula One car has always made me curious.
During my high school studies I was a student of science and mathematics, both these subjects
helped me in unraveling the mysteries of nature by better understanding principles that govern its
working. I have participated in several school and inter school science projects, one such project that
left lasting impression was that of a study on gear mechanism used in various tools, fascinated by
the same I was on self–propelled path of discovery. I am driven by asking the questions: why? and
how? and this curiosity developed into a passion for machines as a whole and led me to do an
undergraduate program in Mechanical Engineering from PVG'S College of Engineering and
Technology under the prestigious University of Pune, a leading academic institution in the
automotive hub of India, Pune.
The four year course exposed me to many fascinating subjects, my interest evolved as I explored
subjects like Manufacturing Process, Theory of Machines, Metallurgy, Fluid Mechanics, Machine
Design, Power Transmission System, IC engines etc. I have tried to be in tune with the latest
Mechanical technologies by attending courses offered by automotive industry itself,

sequential gearboxes Essay
Running Head: SEQUENTIAL GEARBOXES
Abstract
This paper will discuss the technology of sequential gearboxes. Relatively new technology, the
sequential gearbox has been applied mostly in ATV's, motorcycles, and the automobile racing
industry. Recently this technology has begun to reach passenger cars. There are three main points of
discussion; the workings of a manual transmission, how a sequential gearbox works and the
advantages of them, and the applications of it today. The sequential gearbox is extremely
revolutionary and is only used in high–end passenger cars, but maybe one day it will be a luxury the
majority of the population will be able to experience.
How Sequential Gearboxes Work
In a regular manual transmission there are three forks controlled by three rods that are engaged by
the shift lever by the driver. The normal "H" pattern that the driver sees on top of the shifter enables
him or her to move the shift lever between the control rods for the three forks and thus moving the
rods back and forth. When all of these aspects are combined a successful shift is accomplished.
Transmissions on ATV's or motorcycles using sequential gearboxes have a set of gear selection forks
that move collars, which engage the gears just like on regular manual transmissions. The gearshift
lever is moved up and down by the foot and the transmission is moved from gear to gear. When the
gearshift lever is moved by the foot, a ratcheting drum is rotated. This ratcheting drum has grooves
cut into the side of it. The grooves on the ratcheting drum will direct the control rods when the drum
is away from the transmission's gears. Moving the gear selector fork is the most common use of the
grooves. With this in mind, whenever the lever is moved up or down, the drum is rotated one
increment. The rotation of the drum allows for movement of the rods or forks as set by the grooves
in the drum and the gears are then changed (Brain, n.d.). The gear shifting sequence can only be
done in order; this means that no gears can be

How Stirling Engine Is A Type Of Heat Engine Essay
Abstract: Stirling engine is a type of heat engine that operates by cyclic compression and expansion
of working fluid of different temperature to convert heat energy into mechanical work. The concept
of Stirling engine was introduced to overcome the problem of explosion and wastage of heat energy
in steam engine. The key working principle of Stirling is "a fixed amount of gas is sealed inside the
closed space".
Stirling engine can work on any solid or liquid fuel with very low exhaust emission. It operates
without noise, have low cycle torque variation and a flat part–load characteristics. With this type of
advantageous attributes, Stirling engine come into sight for use in automotive application.
Nevertheless, Stirling engine has very less realistic practical application in automotive. The reason
behind that is easily availability of liquid fuel and internal combustion engine. Stirling engines are
more expensive and most complicated than IC engine. In addition to that, it has low power density
and sealing problems while working on high pressure and high speed. Moreover, It requires twice
efficient cooling system compared to other engine of equivalent power.
In past, there were plenty of experiments conducted to use Stirling engine in automotive section.
Efforts to develop Stirling powered cars, vans and buses have been made in Europe and the USA.
NV Philips, United Stirling of Sweden, have worked together with DAF and US companies such as
General Motors,

Becoming A Licensed Master Mechanic
In the technologically advancing world country that we live in, everything has to be fast and
reliable. We want it right then and now, and if not we move on elsewhere. If the fast–food place has
a noticeable line in the drive thru most people just go to another more "convenient" place. The
growing inconvenience of commercial breaks has led to prosperity by the online media streaming
services such as Netflix and Hulu. If where we get our food and TV from has to be fast and reliable
then the demand for your car to be is an afterthought. Who is there to provide their services that
keep own country and daily lives moving? These men and women have many names and specialties.
Most would call them mechanics or automotive technicians. The most knowledgeable and
experienced of this necessary trade are master mechanics. In order to become a licensed Master
mechanic you have to be a lifelong student of the trade, have years of education and experience, and
love and respect for the trade itself.
Proposed Project It has been known for centuries that complex machines need regular maintenance
and repair when needed. From the first clocks ever created to the international space there were
someone who specialized in repairing and upkeep them. This is especially necessarily for our
everyday vehicles today that allow for us to have such a mobile life style. With the everyday wear
and tear that we put on vehicles today, it only makes sense that there's a demand for individuals who
can keep

Technical Innovation, Policy Making And Industrial Strategy
Recommendations
While Autonomous car presents enormous potential and benefits, there is a long way to go before
we achieve fully self–driving automation. Going forward, there are three areas we would like to
advise on: technical innovation, policy making and industrial strategy.
Firstly, there have been active innovations in modular functionalities. In the technologies list below,
most of them are still in the early stage of the S–curve and it will take long time for the trial, testing
and adoption (for example, it took almost 50 years for the complete adoption of airbags), especially
when safety is the number one concern in the automobile sector. Therefore, open and continuous
innovation is the essence to improve functionality, technical performance and reliability, and to
address technical issues.
Automatic braking: it senses an imminent distance with another vehicle or a velocity related danger
and responds either by pre–charging the brakes or by applying the brakes to slow the vehicle
without any driver input.
Electronic Stability control: a computerized technology improves vehicle's stability by detecting and
minimizing skids. It automatically applies the brakes and helps to minimize a loss of control. ESC
compares the driver's intended direction to the vehicles actual direction.
Automatic cruise control: it keeps the car at a constant speed by taking over the throttle of the car. It
also maintains a set of distance between it and the car in front. It needs a

Career Of AAutomotive Technician
Career College Research Paper I would like to be an automotive technician. Automotive technicians
inspect, maintain, and repair vehicles. I chose this this career because I have worked on cars since I
was young. Not many people want to be an automotive technician. As a result, there are more jobs
available than there are qualified technician. Most automotive technicians work in good
environments. Automotive technicians work in a well ventilated and lit repair shops or some will
work in the pits at a racetrack but, these locations can be very Tumultuous. I hope to be working in
the pits. Technicians work full time hours and overtime is common. Technicians can work in many
urban areas, including dealerships, and independent shops. Automotive technicians must first, show
up a few minutes early. In these ten minutes or so, they should unlock their toolbox, clean their work
bay and tools, and check their emails if necessary. Then they should open up the shop, and work on
any unfinished projects. Throughout the day, more work may show up. Depending on the severity of
the work, it should either be set aside until there is time or should be done immediately to get the
vehicle back to the customer. Another job of a technician is to explain the problem, the work to be
done, and the cost to the customer. Customers could easily overreact over a problem that, to the
technician, seem simple. It is the technician's job to help the customer understand the simplicity of

Car Essay
Shifting gear to gear and racing down the street can be very fun. But in order to be able to actually
shift the gears and get the vehicle to move, their are many steps involved. With the perfection of
these steps you will be able to drive the vehicle smoothly and efficiently. The equipment that will be
needed for this process is usually the same for every vehicle. At a minimum, you will need an open
lot, a hill near by, and a manual transmission vehicle. Once you get the necessary equipment, it is
time to get in the driver's seat of the vehicle. Once you are in the driver's seat of the vehicle, grab
onto the gear lever and move it left to right a couple of times. If the lever is moving side to side, the
vehicle is in neutral. ... Show more content on Helpwriting.net ...
To shift from first gear to second gear, you will depress the clutch all the way down, and move the
gear lever straight down into second gear. If the gear lever goes into neutral, second gear is all the
way left and straight back. When into the second gear notch, start to let out the clutch. When the
clutch is out, give the vehicle gas and continue to keep driving. Continue to watch the RPM gauge is
second gear as well. When it gets back up to 3000–3500 it is time to shift gears again. Push the
clutch all the way down, and move the gear lever into neutral and straight up. This will put you into
the third gear. When into the third gear and the clutch is all the way down, start to release the clutch
and start giving gas when the clutch is about half way out. Continue to give the vehicle gas until the
clutch is all the way out and drive as normal. When into third gear, the RPM will still be climbing
up, but it will start to go up slower and slower as the gears go up. When the RPM gets back up to
3000–3500, press in the clutch. With the clutch pushed back in, move the gear lever straight down
all the way. This will put it into fourth gear. With the gear lever in fourth gear, start to release the
clutch and press back down on the gas. When your foot is off of the clutch, continue to drive.
Watching the RPM gauge again, drive until the RPM's hit 3000–3500. It is then time to shift into

Automotive Transponder Key
What are automotive transponder keys?
Many of us are familiar only with the traditional lock which is used to secure our automotive
vehicles, there are wide range of locks which operate in different ways that have been developed
over the years by the locksmith industries, and the newly and highly computerized keys that are
highly secure are transponder keys. Car theft is one of the most prevalent crimes today but thanks to
transponder keys, the incidence of car theft has dramatically reduced. Transponder car keys can help
prevent your car from being stolen.
Transponder keys are the new innovation of technology for automotive car keys. They are
specialized made keys that come with new cars which provide a radio transmission between the car
Thankfully, several locksmith services have technicians who can easily replace the transponder key,
at a much cheaper price than the dealer, and also have the ability to program it to the vehicle. When
looking for a locksmith to replace your transponder key, it is important to make sure you call highly
qualified locksmith technicians to come out to you. Some car manufacturers have been resistant to
releasing their programming codes to locksmiths, possibly for fear of theft, but most of the
information is available to authorized users, and locksmiths, this would include professional
locksmiths which provide all of those services. When it comes to a locksmith, our job is to save your
time and money if you are in need of the service.
Whenever you find yourself in a situation where your transponder key is misplaced, or broken, it is
highly recommended that you call a mobile locksmith experienced in transponder keys as it will
save your time and

Automatic My Long Lost Career Research Paper
Aaric Cryer
Mrs.Lozares
English II
15 February 2017
Automatic my long lost Career
1.Ever since I was a boy I loved working on vehicles we seem to get each other. I would spend
hours on end just trying to find out how they worked what made them so cool and interesting. Some
years later I am looking into my future, so I thought back to the simpler days when I was a boy with
no responsibility and vehicles. My dad called me crazy he said I couldn't do it but I still loved
working on vehicles no matter what he said so I decided to become a Automatic.
2.The responsibilities of being a Automatic can big like rebuilding a transmission or small like
changing the oil in the vehicle but all are important to keep the car on the road. Automatic can work
The first is the drive to become a automotive service technician you can't just jump in and have
working on cars because what you do to that car could mean life or death for that the customer. The
second is the stress of being a automotive service technician hoping the engine works after
rebuilding it or a transmission works properly or new wiring don't catch fire and burn down the
shop. The third is if you're self–employed or working on commission, you're going to constantly be
working just to hang on. If you're good at what you do and have customers, you should be fine
unless you are getting a fixed hourly

Analysis of Lubricants in India
TABLE OF CONTENTS
1. Introduction 2. Market Segmentation 3. Supply and demand of lubricants 4. Market players and
their market share 5. Product and their market share 6. Price of lubricants 7. Product promotion 8.
References
Introduction
High growth in Indian automotive, power and engineering is creating new opportunities for
lubricant manufacturer. The report gives an analysis of lubricant markets in India. It also highlights
the different market players and their market share. It also covers the market size and structure,
major player and market share of their products. The report gives analysis of both automotive as
well as industrial lubricant market.
Market Segmentation
The lubricant industry can be ... Show more content on Helpwriting.net ...
Advances are strongest in the Asia/Pacific region due to on–going rapid industrialization as well as
rising car ownership rates. Both of these trends will also favor healthy growth in the Africa/Mideast
region and Latin America. Meanwhile, the greater availability of advanced, high performance
lubricants, greater global competition and increasingly stringent environmental rules result in
reduced or negative growth in lubricant demand in the more developed countries of North America
and Western Europe, as well as in Eastern Europe and Japan.
Sources: www.klinegroup.com
With the automotive business in deep trouble in most parts of the world, China and India continue to
surge ahead with production to meet consumers' growing demand for cars. Just as the Western
world's love affair with the automobile spawned a major industrial and cultural shift, the growing
car park in China and India is driving an evolution–not only in consumer mobility, but also in
lubricant demand, creating vast opportunities for lubricant and basestock marketers.Once the
powerhouse of worldwide production, the U.S. auto industry has suffered severely at the hands of a
protracted recession. Between lagging consumer demand and financial pressures, the entire NAFTA
region has been weakened. However, on the other side of the globe, China and India are surging
ahead with automotive production

Impact Of The Automobile Industry On The Economy Due The...
The automobile industry plays an outsized role in the economy due the industry's cyclicality and the
multiplier effect. For instance, a gearbox is purchased from a supplier that has to employ labor,
purchase raw materials such as, copper, steel, wire, and other related components and services to
support the activity. All of these parts are in turn purchased from other suppliers with costs to
support their businesses. Therefore, as each supplier purchases components and services that they
need, an increasing propensity to consume and invest in the economy raises. For over 10 years, the
government of China had tried to develop a car industry. The government 's starting steps included
the production of joint endeavors in which government–possessed firms got to be accomplices of
remote exclusive enterprises. The greater part of these joint endeavors were amazingly effective
fiscally. Then again, progressing contrasts in administration inclinations made a consistent pressure
inside of the joint ventures. One of the specific concerns for the Chinese government was to
guarantee that its new car industry would receive the most recent advances in innovations. This
subject of innovation exchange, and how the government of China could best support it, turned into
a main issue of concern in China 's car industry. From the point of view of the government of China,
Geely 's acquiring of Volvo would be a major stride in accomplishing innovation transfer on a
continuous premise. Geely 's

Mechanic Career Research Paper
Mechanics are people who knows what is wrong with an automobile and how to fix one, There are a
lot of people in this career field, about 701,000 people are employed in this career in the United
States. Mechanics have quite a bit of duties to pursue, some of these duties are to identify
mechanical problem, often by using computerized diagnostic equipment. They also have to test parts
to make sure they all work properly. If they do not work properly they then explain to their clients
what automotive problems they are having, and inform them of the repairs they will make and what
the cost will be. Most Mechanics work full time and many also work evenings or weekends.
Overtime is very common for this career. You can be either male or female to qualify for this job
field. You will also have to qualify with the education requirements. It will be required to have a
certificate for an automotive technology training program or 2 years in college, which is an
associate's degree. Anyone male or female could easily meet those qualifications if you put your
time into it. ... Show more content on Helpwriting.net ...
Average annual salary for Mechanics is around $36,000 per year. That is a higher salary than most
average jobs that require a higher education. They make about $17.60 per hour, depending on your
experience also. Highest earners in the field make about $61,210 annually, and the lowest take home
about $20,920 annually. Mechanics have many positions but, master mechanics can manage all of
the positions. Some of the positions would be a brake repairer, they adjust brakes, and handle other
repairs on brake systems. Another position would be front–end mechanics, they balance and align
wheels, repair steering mechanisms and also suspension systems. There is also a transmission
technician and rebuilders, they work on couplings, hydraulic pumps, gear trains, and parts of

The Advanced Technology in Cars
Cars have a lot of technology can save you from roads dangerous , seat built ,air bag ,and A.S.B .All
these new technology can reduce and protect the driver from dangerous that happen on roads . Seat
built can reduce damage when accident happen . Air bag can save you from dangerous hits that
happen for car . A.B.S is new technology come to the world to save people from sliding, and also it
is one of car safety technology.
ABS Anti–lock braking system (ABS) is an automobile safety system, that allows the wheels on a
motor vehicle to maintain tractive contact with the road surface according to driver inputs while
braking. Preventing the wheels from locking up (ceasing rotation) and avoiding uncontrolled
skidding, it is an automated system that uses the principles of threshold braking and cadence braking
which were practiced by skillful drivers with previous generation braking systems. It does this at a
much faster rate and with better control than a driver could manage.
ABS generally offers improved vehicle control and also decreases stopping distances on dry and
slippery surfaces for many drivers, however, on loose surfaces like gravel or snow–covered
pavement, ABS can significantly increase braking distance, although still improving vehicle control.
Seat built A seat belt, also known as a safety belt. It is a vehicle safety device designed to secure the

Pros And Disadvantages Of Zahnradfabrik
Submitted To
Prof. KULBIR SINGH
Submitted By:
GROUP–7
ADITI BHANDAKKAR 2015073
AMAN KUMAR MALHOTRA2015079
ANIKET THAKARE 2015085
ANSHUMAN THAKUR 2015085
SHITAL GUPTA 2015115
INTRODUCTION
ZF FRIEDRICHSHAFEN AG
Zahnradfabrik is a German car parts maker which was established in 1915 in Friedrichshafen,
Germany by luftschiffbauZeppeinGmbh to produce gears for Zeppelins and other airships.
Zahnradfabrik is agerman word which means 'Gear factory'.
Specialising in engineering, it is primarily known for its design, manufacturing and research and
development activities in the automotive industry.Zahnradfabrik is a worldwide supplier of chassis
Since there are pros and cons to each and everything there are a few disadvantages as well.
There are capacity balancing problems. The way that you carried your supplier manufacturer
relation previously gets disturbed and therefore working with the same supplier under the same
environment gets a little difficult.
There is a decreased flexibility. The same problem that we mentioned above is that working or
carrying out two different functions under the same roof creates a higher level of difficulty for them.
Creates a barrier to market entry. As we saw before as well that whenever there is a vertical merger
the firm becomes stronger and it creates a market barrier for the other firms to enter. This perfectly
gets associated with the acquisition that we have in this case because turning out to be a market
leader after a second largest acquisition in this case makes it a market leader of a perfect sort.
EFFECTS OF THE ACQUISITION:
REVENUE:

The revenue for ZF & TRW automotive initially after the merger was $ 4442 Million. Three months
after the merger the revenue increased to $ 4593 Million. This was mainly because of the stature of
the acquisition perceived in the automobile market by the

Schaeffler Group Essay
The Schaeffler Group, consisting of 3 main divisions, INA–Schaeffler KG, FAG Automotive and
Industrial & LuK GmbH together forms the leading global integrated automotive and industrial
supplier. The company manufactures high quality, innovative technological and high precision
components in Automotive and Industrial Applications. Schaeffler Group is one of the Europe's
Largest Technology Companies with family ownership. The Company comprises of two major
divisions– Automotive and Industrial. Each divison is further classified based on manufacturing
applications. Certification: Groups certified according to international standards : DIN ISO
9001:2008, ISO TS 16 949:2009, AS 9100 ISO 14001, (EC) 761/2001 EMAS with regard to
environmental ... Show more content on Helpwriting.net ...
LuK made its name with a tagline as "Every 4th car leaving an automotive factory is fitted with LuK
Clutch". INA expands its expertise with acquisition of FAG Bearings in 2002. In 2003, INA, FAG
and LuK formed together and were officially named as the "Schaeffler Group". In 2004, Schaeffler
group was awarded as the "Entrepreneur of the Year" and honored as Germany's largest family
owned company. In 2006, FAG and INA established the world's first catalogue for industrial
products with approximately 40,000 standard products. In year 2006, Schaeffler Group took over
bid to the shareholders of Continental AG and in year 2009, Schaeffler concludes takeover of
Continental AG with over 49 % share in the company making Schaeffler the company's largest
shareholder. In 2009, Schaeffler has entered the Hybrid products market, considering eMobilty as
the future for Schaeffler. In 2010, the company creates a massive innovation force to develop in the
field of Hybrid modules and makes 1600 patents, making it the 4th in rank in terms of Germany's
most innovative companies. LuK GmbH celebrates its 50th Anniversary in June. Schaeffler
participates in International DTM series for the first time to denote its motor sport

The Weight Reduction Of The Drive Shaft
Abstract – Almost all automobiles (at least those which correspond to design with rear wheel drive
and front engine installation) have transmission shafts. The weight reduction of the drive shaft can
have a certain role in the general weight reduction of the vehicle and is a highly desirable goal, if it
can be achieved without increase in cost and decrease in quality and reliability. It is possible to
achieve design of composite drive shaft with less weight to increase the first natural frequency of the
shaft and to decrease the bending stresses using various stacking sequences. By doing the same,
maximize the torque transmission and torsional buckling capabilities are also maximized.
Key Words: Propeller shaft, Drive shaft, optimization, Composite material, Composite drive shaft
design etc. INTRODUCTION
The advanced composite materials such as Graphite, Carbon, Kevlar and Glass with suitable resins
are widely used because of their high specific strength (strength / density) and high specific modulus
(modulus / density). Advanced composite materials seem ideally suited for long, power driver shaft
(propeller shaft) applications. Their elastic properties can be tailored to increase the torque they can
carry as well as the rotational speed at which they operate. The drive shafts are used in automotive,
aircraft and aerospace applications. The automotive industry is exploiting composite material
technology for structural components construction in order to obtain the reduction

Modern Vehicle and Suspension System
Introduction
A suspension system is required to operate efficiently in various operating conditions, such as high
speed cornering, accelerating and braking. A Suspension system is used to absorb the vibrations
caused by the road roughness. It is designed to improve the comfort in a vehicle, and also handling
performance. The main design features of a suspension system are the optimization of the friction
between the contact patch of the tyre and the road surface, and to deliver vehicle stability. The
system has to permit the distribution of forces generated by the wheels in contact with the ground. A
suspension system has to comply with the specifications of the design in every load condition.
A suspension system has a great importance in vehicle behaviour. Stability, handling or road holding
characteristics and also comfort, are influenced by the design of the suspension system. Generally,
there are two main types of suspension systems: Independent (McPherson, Double Wishbone,
Multilink, etc.) and Dependent suspension type (Hotchkiss, trailing arm–rigid axle) (the automotive
chassis). The motion of the wheels in a dependent type suspension, as the name suggest, is
dependent on the motion of the partner wheel. As an example, the effect of an impact is transmitted
to the other wheel, having a negative effect on the ride and handling of the vehicle. The wheel
motion in an independent suspension is not influencing the partner wheel. Any disturbances in the
wheel are not

South Korean Automotive Industry
Jason Choi
Student ID: 910687406
Professor Simeon
IBUS 690_01
Automotive Industry in South Korea
I. Introduction (Sector Analysis) A. Country Background
Known as one of the Four Asian Tigers, South Korea, officially known as the Republic of South
Korea has become a major force in today's globalized economy. With a population of just around
fifty million people, South Korea has a thriving economy, which is Asia's fourth largest economy
with a GDP (nominal) of $1.151 trillion (ranked 15th) (CIA, 2009). South Korea's rapidly growing
economy is evident when observing how its real GDP has expanded by 8 percent annually, from
$2.7 Billion in 1962 to $230 Billion in 1989. Most of South Korea's early economic ... Show more
In 1972, Daewoo entered the industry when they acquired one half of Saehan Motor Company
(Ebert, R., Montoney, M., 2007). However, Saehan was developed as a joint venture between
General Motors (GM) and South Korea's Shinjin Motors (Green, 1992). One of South Korea's
leading automobile assemblers was Shinjin at that time. When Shinjin showed financial troubles,
DMC stepped in and acquired half of the company (Green, pg. 7). GM and Daewoo entered into a
joint venture that mutually benefitted both companies with the sale of each other's automobiles in
their respective countries. As competition increased in the South Korean automobile industry, GM
sold majority of their shares in the joint venture to Daewoo (Ebert, R., Montoney, M., 2007).
Though GM and Daewoo's relationship briefly ended in 1992, GM once again showed renewed
interest in Daewoo and completed a takeover of what is now known as GM Daewoo in 2002 when
the Korean automaker showed signs of failing (Kirk, 2002). The merger was quite a successful
move with a combined domestic and export sales exceeding 1.5 million units in 2006 (Choe, 2006).
Kia as well has taken action to sign strategic agreements with Ford (which at the time held a 25%
equity stake in Mazda) to supply them with technological know–how and design of facilities to
develop their own vehicles (Green, p. 8). Mazda also sent out their

Tci Case
TCI prides itself on being a leader in drivetrain technology. Founded in 1968, TCI has grown to
become a successful manufacturer of a range of automotive products of high–quality transmission,
torque converter, shifters, and accessory parts. It first opened as a small shop for small performance
torque converter dedicated to drag racing enthusiasts. This shop in Memphis, Tennessee served as
the gateway for TCI to achieve its goal of producing drivetrain essentials, marking the beginning of
partnerships and mergers that led to the high market status TCI has attained. In 1995, Fel–Pro
Corporation purchased TCI, which received significant improvements and a new 120,000 sq. ft.
facility that allowed the development and expansion of TCI production. In 1998, however, TCI was
acquired by Federal Mogul before moving to its present parent company–COMP Performance
Group–three years after. Now based in Ashland, Mississippi, the two TCI ... Show more content on
Helpwriting.net ...
They can choose from StreetFighter, Super StreetFighter, Drag Race, and Circle Track, which can be
installed on various makes like Chevrolet, Chrysler, Ford, Buick, Olds, and Pontiac. While not all of
these transmissions are compatible with all of the car manufacturers listed above, they do come with
powerful features that meet the demands of the different kinds of drivers they cater to. The
StreetFigther transmissions are most ideal for pump–gas vehicles. They feature TCI's Triple Tested
quality that guarantees durability and full compatibility with tough street machines. The Super
StreetFigther transmissions, on the other hand, are designed for vehicles with 750 to 1,025
horsepower. Drag racers will benefit from the improved performance of the transmissions, and circle
track enthusiasts will be at an advantage with the lightweight transmissions. Meanwhile, daily
drivers can use TCI's Street Rodder transmissions. Heavy–duty

Express Technician Case Study
Please accept the attached resume as application for the express technician position available in this
dealership. I am very interested in the express technician position, as i am certain that i would be
perfect for it. I was referred to this position by a friend who previously worked for this
establishment and says nothing but positive things.The friend that told me about this position
mentioned things such as the pay rate, the benefits, and most important he told me about the other
employees and how they are all really friendly. Growth within the company was one of the major
qualities of the job that influenced me to pursue this position. Although i would love to start off as
an express technician. i would definitely love to move up in the

The Capstone Project At Hand Essay
Introduction
It is important to understand that a capstone project has to deal with a specific company or field of
business. The capstone project at hand mainly covers the motor industry and business mainly
concentrating on the Ford Motor Company which is a well–known producer and marketer of
automotive with two main brands –Lincoln Luxury Cars and Ford Brand Automotive. Recently, the
Ford Motor Company has been experiencing challenges. The only valuable approach of finding a
permanent solution for any economic or social problems is going into a detailed definition of the
problem, easy through thorough data collection and analysis so as to be able to list the best solutions
for the problem. After this, a selection the best and feasible solution is done which is followed by an
implementation procedure to make the investment on research worth. Simply, this is what is termed
as a capstone project and the goal of the one at hand is finding a solution to the problems facing
Ford Motor Company. The Ford Company has been producing faulty vehicles using production
techniques that are not friendly to the sustainability of the environment. This can affect the business
I the near future. Not positively but very negatively. The fact that the company takes a very wide
market share mans that its activities are as well numerous and the impact they make of great
significance.
Briefly, the goal of the following project which is its overview is to assess the manufacturing
techniques that

Hybrid Vehcile
SAE TECHNICAL PAPER SERIES 2003–01–2307 A Comparative Study of the Production
Applications of Hybrid Electric Powertrains Harry L. Husted Delphi Corporation Reprinted From:
Hybrid Vehicle and Energy Storage Technologies (SP–1789) Future Transportation Technology
Conference Costa Mesa, California June 23–25, 2003 400 Commonwealth Drive, Warrendale, PA
15096–0001 U.S.A. Tel: (724) 776–4841 Fax: (724) 776–5760 Web: www.sae.org All rights
reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted,
in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise,
without the prior written permission of SAE. For permission and licensing requests contact: SAE ...
Show more content on Helpwriting.net ...
There are a large number of possible configurations of engine, electric machine(s)2, clutches,
gearing, and transmissions that can result in an HEV. These are grouped in four classes in this paper.
Based on an examination of the architectures, these classes are: beltdriven starter/generators on the
front of the engine, crank–shaft mounted motor/generators on the rear of the engine, series/parallel
hybrids, and combination hybrids with a mixture of the previous configurations. BELT–DRIVEN
STARTER/GENERATOR The first architecture is the entry level to hybridization. In this
architecture the engine stop–start function is implemented with a starter/generator that is typically
belt–driven. The Toyota Crown with the Toyota Hybrid System – Mild (THS–M) architecture shown
in figure 1a is exemplary. The traditional alternator has been replaced Some powertrain features
such as clutches and differentials are not included in these diagrams in order to keep them from
becoming unduly complex. 2 A rotating electric machine can act as both an electric motor and an
electric generator. 1 INTRODUCTION Hybrid vehicles have been in saleable production for over
five years, with the first sales occurring in Japan. Many automakers have shown hybrid vehicle
concepts at automotive shows. It is interesting, however, to examine in more detail which concepts
have been chosen for further development and determined to be

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