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Question 1
The
objective of measurement is to have evaluation of kinematic analysis and
application of DSD’s proprietary gear shift. The quality measurement tools can
be used to identify the shift systems vehicles and improves overall experience
of drivers. The objective is to determine the correction functioning of light
vehicle and safety impact
Question 2
The
component specification analysis is required to be considered for the testing
of material and equipment. The design rules of Australia must be followed. The
analysis includes consideration for the nature of excitation, torsion response,
and baseline response that is observed in the data for the development of
cracks in the driveline. The sources of specification include in the present
work are electric vehicle supply equipment, energy star specification, and
specification for carbon steel bolts equipment
Question 3
There are
different faults in driveline system that comprises of transmission and drive
shaft. In the transmission system there are some faults such as driveline troubles.
The transmission faults include clutch fault, gear faults and driving wheel
fault. These faults have impact on the driveline system and transmission
process
Question 4
The driveline
system faults in the light vehicles includes abnormal operation of clutch,
abnormal gear wear, loose mounting, and contamination hard shifting. There are
two types of light vehicle driveline system faults and these faults of drives
includes transmission system issues and drive shaft. The problems of vehicle
can be due to improper action of system
Question 5
The hazards
associated with the workplace includes frayed electrical cords, noisy
machinery, and boxes stacked precariously. The hazards can be identified by
comparing the light vehicle working process with the present condition of work.
The risk control process is required to fix the hazards and it can be
eliminated by evaluation process.
Question 6
The five
evaluation criteria in the present work includes operating principles, the
system approach, dry park performance test, steering pump inspection, and
inspection of rack and pinion. The steering power analysis is for the hydraulic
pressure and pressure control valve working process. the dry park test of
transmission is related to analysis of bump and movement of the steering wheel.
The inspection of steering pump system
is indication of blackened fluid condition.
Question 7
The steps to be
followed for the evaluation and analysis of suspension system and steering
system of light vehicles are listed below,
1.
Pay attention if the working condition of the
vehicle is showing rough working condition.
2.
The vehicle squeaks and pulls the turning
condition and different parts of the vehicle show suspension.
3.
Inspect the tread wear on tires of the vehicle.
4.
Use abrupt braking while driving to check
suspension.
Question 8
In
order to analyze the root cause of the improper functionality of the vehicles
there are different tools and equipment. The tools used for the analysis are
multimeter, vaccum pressure, guage, and fuel pressure guage. The multimeter
works based on temperature sensing devices. The vaccumm pressure guage
determines working condition of the spark, fuel and air. The fuel pressure
guage determines the fuel injection system and require automotive
troubleshooting
Question 9
The testing equipment
can be used for the analysis of diagnostic process and working condition of the
components of driveline system and the process includes cleaning, park-up, and
isolation of the components. The testing equipment of systems includes pressure
gauges, tachometers, millimeter and computerized diagnostic system. The test
includes solenoid operation, integrity and function of sensor, and power
control ECU integrity.
Question 10
The tools and
equipment required to check fault in the driveline system are nailers, sanders,
electric drills, sanders, and saws. The power, electrical and mechanical tools
are suspectable for the maintenance of power, malfunction, dust, debris, and
accumulation. The power tools are required to be protected from rusting and
lubricant can be used to improve the performance
Question 11
There are
several components of driveline system including driveshaft, clutch, gearbox,
driving wheel, and Axle. The driveshaft is a mechanically build component that
transmit the torque. The clutch provides power transmission to be controlled.
The gearbox is provided for the rotation of shaft by using input and output
power. the driving wheel is straight rod made up of coupling rods and it is
used to move the vehicle. The Axle is shaft for the gear and the wheels rotates
over it
Question 12
The efficient
engineering system are developed to evaluate the design and functionality of
the vehicle. The reliable simulation technique increases the sensitivity of
analysis and the CAD models provides detailed investiagation. The DSD and MASTA
simulation software, MATLAB Simulink, FEA simulation and DOE methods are devised
to optimize the solution.
Question 13
In case of
uncertain methods used for the analysis, there is possibility of negative
outcomes. The possible negative outcomes are listed below,
1.
Higher penalty of ES act and WHS act
2.
Failure to achieve the health and safety duty that
expose risk to health and increases risk of death.
3.
Failure to solve the electrical safety units.
Question 14
The manufacture
specification is provided for the driveline and steering system. the alignment
problems of wheel are indication of steering wheel vibration and the normal
method to fix it is power steering flush. The alignment is measured by slips of
steering wheel, looseness of steering wheel and failure of power steering
system.
Question 15
The clutch fault
is broken clutch and it can be fixed by adjustment of clutch cable. The gear
faults are liquid leakage and burned smells and it can be fixed by steam
cleaning of transmission area. the driving wheel fault is due to hardening of
steer wheels and it can be adjusted by loosing the steering gear bolts
Question 16
The diagnostic
report can be used to fix hundreds of potential error codes. The special
vehicle diagnostic equipment can be prepared. The diagnostic report mentions
the alerting conditions, issues and solutions is useful for identification of
issue and solution at the same time.
Question 17
The diagnostic
course is designed to be followed for the authorized directions and methods.
The testing equipment can be designed for the various analysis and variation.
The meaningful and valid methods can be designed for the available finding. The
findings were analyzed and can be used to evaluate the functionality
Question 18
The safety
concerns are to respond the practices and obligation. The faults discussed in
the present work and the remedies are related to clutch, wheel, and gear axle. The
safety and envelopment requirement in the work are
1.
Spot of hazards that is identification of
hazards
2.
The boxes stacked
3.
The noisy machinery that results in damage of
hearing
4. Frayed
electrical cords
Question 19
The tools and
equipment can be ensured for checking and storing process of the vehicles. The
access of risk means working condition satisfaction and harm how much harmful
is the situation. The risk control process is responsible for the analysis and
to fix the hazards.
Question 20
It is
essentially required to create the workplace documentation. The record of all
the actions and processes enables to evaluate effectiveness and efficiency of
the process. The work can be improved by analyzing the previous work and
conditions.
Assessment Task 2 Report
Conduct research and present technical
report
Introduction of Analyze and evaluate faults
in light vehicle
The
correct functioning of light vehicle driveline is interpreted and analyzed. The
present work includes functioning of modern vehicle system and system of modern
vehicles. The modern safety system incorporated with the light vehicle is
considered and the analysis includes correct aspects in detail. The content of
driveline system of light vehicle includes transmission, shaft, wheel, and
clutch. The important part of the vehicles analysis is identification and
confirming of the work requirement. The correct functioning of the light
vehicles is interpreted to determine the isolation requirement, obligation, and
the normal practices
Technical information of Analyze and
evaluate faults in light vehicle
The
active safety condition for the modern vehicle is referred to the safety system
provide by the company with the device and how it becomes active before any
accident. The area of concern is advanced system in the vehicles, and it
includes electronic stability condition and control units, anti-lock braking
system, automatic braking, and the collision warning alarms. In the high tech
modern light vehicles incorporate with the special risk control devices such as
passenger side air bags
Research outline of Analyze and evaluate
faults in light vehicle
1.
Modern light vehicles system
2.
Comparison of modern design with the world known
safety measures
3.
Proposed diagnostic process
4.
Implementation of the methodology for the
diagnostic processes
5.
Selection of the response measures
6. Recommendation
of the proposed processes
Detailed research of Analyze and evaluate
faults in light vehicle
The
automotive safety systems are specially designed to reduce the chances of
accident and the system are designed to improve the working conditions of brake
and steering. The passive safety conditions refer to the different features and
these features reduces the chances of accident by different methods such as strong
body structure, airbags, and the seat belts. In modern light vehicles the
interchangeable terms are considered for the primary and secondary safety trends
of safety
1.
alternative energy supplies for instance the hydrogen
gas and the fuel cell
2.
brake-by-wire
3.
dynamic navigation telematic systems
4.
direct petrol injection
5.
high-pressure diesel injection systems
6.
cockpit modules and instrument clusters
7.
car management system Cartronic
8.
adaptive cruise control
9.
steer-by-wire
10. ABS/ASR
ESP
11. Modern
lighting technology
12. Passenger
safety systems (airbags)
Analysis of data of Analyze and evaluate
faults in light vehicle
The
electronic system is developed steadily in the modern light vehicle systems
operation. Previously, the research conducted by Bosch Jim Frazer in 2011 believes
on the shares of electronics in the industry and he evaluated that 40% of
vehicle industry is working by considering electronics are major method to
improve the safety terms. The intelligent modern safety system is designed to
protect the life of rider and users. The new functions include active and
passive safety conditions and the driver’s assistance system
Conclusion on Analyze and evaluate faults
in light vehicle
The
report indicates general overview of new safety measurements in the light
vehicles. The public acceptance of new system is increased as it provides more advantages
of health safety conditions. The brake system is developed to reach the
potential benefits for the solution of accidents. The brake assistance system
is capable to reduce the risk in emergency
Recommendation of Analyze and evaluate
faults in light vehicle
The new systems
are developed for the higher stiffness distribution and mass conditions. The Present work of technical report, on the
modern safety system incorporated in a light vehicle. Recommendations for the
modern system is provided below,
1.
Promotion of the effective technologies and
implementation of intelligent speed adaptation system
2.
The extended current legislation can be used for
the seat belts.
3.
The construction of legislate system that
increases the focus of new users.
4.
The road safety values of the system can be
increased by installing new methods.
Assessment 3
project
Recommended service of Analyze and evaluate
faults in light vehicle
The
quality and availability of the vehicle safety is increasing, and the
combination of national and international regulation is main objective of the
present work. In the present work, the policies of car industry, national
regulation, consumer information, and product liability consideration is
considered
Components of service of Analyze and
evaluate faults in light vehicle
The
improved designs are proposed for the protection of back bone and to reduce the
negative side effect. The significant contribution of the system is to reduce
the issues and to improve the protective layer on the user
Trends in modern vehicles of Analyze and
evaluate faults in light vehicle
The
independent system is developed to make interconnection in the system. The
error of the system can lead to the malfunction. The tracing of errors becomes
efficient source of information. The intelligent modular safety system provides
protection to the occupant vehicle system. The safety function becomes
interconnected with the knowledge and information. The smarter guidance is
provided for the diagnosing process and it can be interconnected with the diagnosing
problems, support, knowledge system, and smarter guidance
Comparison of requirement of Analyze and
evaluate faults in light vehicle
The
warm, comfortable, and new alerting system can be maintained to prevent the
accident. The impact and falls in the new designs have dependent impact on the
possible control. The independent system is developing more interconnected
system and the error of malfunction is considered for the error. The smarter
diagnostic test equipment provides knowledge of system. the smarter support and
guidance are provided for the diagnosing process
Conclusion on Analyze and evaluate faults
in light vehicle
In the present
report, the intention of work is to measure the implicit attitude and trust
conditions of users about the vehicle services. The significant impact of safety
measurers is analyzed. The automation system revealed technical competency and
how it could be fixed.
References of Analyze and evaluate faults in light vehicle
Ec. europa. eu. Vehicle safety 2016. 2016. <https://ec.europa.eu/transport/road_safety/sites/roadsafety/files/ersosynthesis2016-vehiclesafety15_en.pdf>.
Instructables. com. The Physics of Car
Safety. 2019.
<https://www.instructables.com/id/The-Physics-of-Car-Safety/>.
Moderntiredealer. com. Servicing the
car of the future: the prognosis for diagnosis. 02 05 2010.
<https://www.moderntiredealer.com/article/311721/servicing-the-car-of-the-future-the-prognosis-for-diagnosis>.
Ukessays. com. Light Vehicle Driveline
System Faults. 27 04 2017. <https://www.ukessays.com/essays/engineering/light-vehicle-driveline-system-faults-engineering-essay.php>.
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