Challenges in Hybrid Car Reliability: A Mechanical Engineering Project

This project proposal delves into the challenges associated with enhancing the reliability of hybrid cars, a topic chosen due to its relevance to mechanical engineering and a passion for automotive technology. The rationale includes understanding the shift from traditional petrol engines to more sustainable hybrid solutions. The project addresses key research questions, including the reliability of hybrid cars compared to petrol engines, their significance for the environment, and their environmental impact. It references existing literature to support its analysis, concluding that hybrid vehicles offer a beneficial approach to environmental management. The project highlights the importance of addressing challenges in the market to effectively promote and implement environmentally friendly hybrid technology. Desklib provides access to this project and other solved assignments for students.

Project Proposal and
Work Plan
(Topic: Challenges in improving the
reliability of hybrid cars)

Table of content:
• Introduction
• Research Rationale
• Research questions
• Literature review
• Conclusion

Introduction
Global use of automotive industries which have
recently switched and make development trends
from the effective traditional and mechanical
components. The use of electric vehicles are gaining
more effective for managing several factors.

Research rationale
The reason for choosing this topic is related to mechanical engineering and the passion of
cars. Another things which are beneficial and related to rationale for analysing how to
made hybrid cars and know more about the hybrid cars and their processing facilities.
Furthermore, In my coursework of mechanical engineering, the most important thing is
related to work in graduation and work effectively in the decided projects (Balaji and et.al.,
2021). So, the another reason for choosing this is to know more about the petrol engines
and there going extinct to make a change in the present study.

Research questions
• In what level the hybrid cars are more reliable than petrol engine cars?
• What is major use and significance of hybrid cars to the our surroundings?
• In what extent, how the electrical cars are more environmentally friendly
than others?

Level the hybrid cars are more reliable than
petrol engine cars
As per the view of Allan (2020), hybrid cars
are more effective and reliable than the petrol
cars as per the new informative data. There are
different challenges which are faced by the
consumer and company as well to sell their
hybrid cars as people are facing issues.

Major use and significance of hybrid cars to
the our surroundings
As per the view of Rathnayake (2021), The use of
hybrid vehicles are effective and use as a stepping
stone to the future use, it will be helpful for most
challenging and make a carbon neutral processing
activities in one of the best and suitable possible
factors.

How the electrical cars are more
environmentally friendly than others
As per the view point of Saheli Roy Choudhury (2021), The growing concern
for the environment around the globe is leading to the increasing demand of the
electric car. The use of electric cars positively contribute to the environment
effectiveness. The major contribution of the electric car is that they helps in
positively contributing towards improving air quality in the cities.

Conclusion
From the above report, it is analysed that the use of hybrid vehicle is
beneficial for managing the environment friendly approach. It is associated
to work and applied to the market. It is further analysed that the use of
appropriate challenges and its possibilities to work effectively into the
market s needed to regain the challenges and overcome them with effective
use of significant and their environment friendly approaches

References
• Aykol, M., Gopal, C.B., Anapolsky, A., Herring, P.K., van Vlijmen, B., Berliner, M.D., Bazant, M.Z., Braatz, R.D., Chueh, W.C. & Storey, B.D.,
(2021). Perspective—combining physics and machine learning to predict battery lifetime. Journal of The Electrochemical Society, 168(3), p.030525.
• Balaji, V. R., Priya, J. S., Kumar, J. D., & Karthi, S. P. (2021). Radial Basis Function Neural Network Based Speech Enhancement System Using
SLANTLET Transform Through Hybrid Vector Wiener Filter. In Inventive Communication and Computational Technologies (pp. 711-723).
Springer, Singapore.
• Brémond, É., Ottochian, A., Pérez‐Jiménez, Á.J., Ciofini, I., Scalmani, G., Frisch, M.J., Sancho‐García, J.C. & Adamo, C., (2021). Assessing
challenging intra‐and inter‐molecular charge‐transfer excitations energies with double‐hybrid density functionals. Journal of Computational
Chemistry, 42(14), pp.970-981.
• Ding, S., & Li, R. (2021). Forecasting the sales and stock of electric vehicles using a novel self-adaptive optimized grey model. Engineering
Applications of Artificial Intelligence, 100, 104148.

Thank You!!!!