Research on Methods of Improving Fuel Efficiency

Authors

  • Hao Fu

DOI:

https://doi.org/10.54097/hset.v37i.6102

Keywords:

Fuel efficiency, Fossil fuels, Aircraft engines, Structural design.

Abstract

In recent years, the improvement of aircraft fuel efficiency has been one of the hot topics discussed by scientists. Especially in today's increasingly tense environment of fossil fuels, how to effectively improve the fuel efficiency of aircraft engines is an important scientific problem facing us. The improvement of aircraft fuel efficiency depends not only on high-performance engines, but also on the structural design of the aircraft itself. Therefore, if the aircraft structure can be optimized, it is bound to improve the fuel efficiency of the aircraft and make it have a better flight distance in actual flight. The purpose of this paper is to illustrate ways to reduce emissions while improving fuel efficiency. A small paper airplane experiment is introduced to study the influence of wing area on speed, time, lift, drag and lift drag ratio, so as to further explore the central theme of this paper, including the analysis of many physical models. It also includes many products and ideas that engineers are now designing.

Downloads

Download data is not yet available.

References

Hu R., Wu W., Chen L., Zhang F. Influence of meteorological factors on aircraft approach flight fuel efficiency. Journal of Beijing University of Aeronautics and Astronautics, 2018, 44(4): 677-683.

Zhang B. Engine Helps Bell Helicopter Improve Power and Fuel Efficiency. Aviation Maintenance and Engineering, 2015(3): 85.

Jiang P., Liu M. Fuel efficiency optimization control of electric vehicle range extender. Internal combustion engine and accessories, 2022, 78(13): 52-54.

Song G., Yu L., Wang Z. A Practical Modeling Approach for Evaluation of Fuel Efficiency for Road Traffic. Transportation Research Board Meeting, 2008.

Energy A. Fuel efficiency of passenger cars. Phys.rev.c, 1991, 64(3): 2439-2440.

Kampman B., Davidson M.. Emissions trading and fuel efficiency in road transport. An analysis of the benefits of combining instruments. Swedish Environmental Protection Agency Stockholm, 2008, 56: 201-208.

Li-Qing H U., Zheng L I., Xia J W. Influence of operation pressure of proton exchange membrane fuel cell on fuel efficiency of whole car. Chinese Journal of Power Sources, 2004, 56(7): 211-219.

Zhang C., Liu J., Gao M., Ji Y. Virtual Simulation Experiment Design of Aircraft Air Conditioning System. China Modern Education Equipment, 2022(17): 31-32+39.

Zhang T. Modeling and Design of Configuration Monitoring of Aircraft Nose Landing Gear Based on DDS. Industrial Control Computer, 2022, 35(9): 1-4.

Wang Z., Guo Y. Self balanced frame design and finite element analysis of an aircraft rear fuselage test. Engineering and Test, 2022, 62(3): 48-49+68.

Guo T., Yang Q., Li L., Yang H. Ground Load Design Method Based on Military Aircraft Structural Strength Specification. China Science and Technology Information, 2022, 89(17): 66-71.

Downloads

Published

18-03-2023