This study aims to improve the mechanical efficiency and power of a SI (Gasoline) engine using a turbocharger. The authors discuss the importance of reducing fuel consumption in the vehicle sector, citing the rapid increase in petroleum product supplies and the need for researchers to focus on finding solutions to increase fuel efficiency.
Methods: The study reviews the construction and working of a turbocharger, including its main parts, such as the turbine, compressor, and central hub. It also discusses the different types of turbochargers, including single, parallel, and sequential arrangements.
The authors also discuss the importance of intercooling in turbocharged engines, citing the need for cooler air to be introduced into the engine to increase power and efficiency. They present a methodology for using a turbocharger to improve engine performance, citing the advantages of using a larger turbocharger and the potential to increase engine power and torque.
Conclusion:
The study concludes that the use of a turbocharger can improve the mechanical efficiency and power of a SI (Gasoline) engine. The authors suggest that further research is needed to optimize the design of turbocharged engines and to explore new technologies for increasing fuel efficiency.
References:
The study references various sources, including technical papers and books, to support its discussion of turbocharger technology and its potential applications.
Manual:
Download: The Study of Improving Mechanical Efficiency and Power for SI (Gasoline) Engine using Turbo-charger
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