Jet Turbine Air Intake and the Mechanisms that make Jet Turbine Propel

Abstract

Jet turbine has the capability to fly far by taking in air by making the air particles less heavier at the front of the jet turbine and the air particles following along the air particles in the front, are heavier relative to the air particles in the front and move fast towards the jet turbine. Jet turbine has intake that\'s designed to suck in air and the air particles slowly form connections with air particles all over the space in front of the jet turbine and the light air particles flow into the jet turbine at high speed and cause jet propulsion and airplane flies in the sky by intaking hot air particles.

Introduction

The text explains the functioning of a jet turbine in terms of air particle behavior. The turbine propels forward by drawing in air, where cold air particles accelerate, heat up, and interact with hot air particles in a rotating pattern. Hot air particles, being less dense and fast-moving, transfer energy to surrounding air particles, forming chains that enhance airflow into the turbine.

Mechanism:
Cold air particles near the turbine are gradually heated and converted into hot air particles. These hot particles move at high speeds, collide with each other, and propagate motion to adjacent particles, creating a continuous flow. The rotating motion of both hot and cold air particles around the turbine facilitates this acceleration process, ensuring that air is efficiently sucked into the turbine intake.

Results:
The interaction between cold and hot air particles results in progressively hotter and faster-moving air entering the jet turbine. The process generates sustained thrust by maintaining a high-speed airflow, with hot air particles breaking and reforming chains near the intake, ensuring continuous propulsion.

Conclusion

The jet turbine intakes the air from area of which surround the continuous flow of air,the jet turbine propels forward by sucking hot air particles in and the cold air particles in the area behind the hot air particles, form close connections and move close to each other, and keep accelerating towards each other and become hot air particles and flow close to the jet turbine as the jet turbine intakes air. The jet turbine has the capability to fly far by taking in air by making the air particles less heavier at the front of the jet turbine and the air particles following the air particles in the front, are heavier relative to the air particles in the front and move fast towards the jet turbine.

References

[1] Joseph Kewin Nithin., “Wings Alignment of Airplane at an Elevated Level”, URL: https://www.ijraset.com/best-journal/wings-alignment-of-airplane-at-an-elevated-level [retrieved 08 December 2025]. DOI:https://doi.org/10.22214/ijraset.2025.69059 [2] Joseph Kewin Nithin., “Wings of an Airplane with Front Ogive Bullet Shaped Aerodynamics”, URL: https://www.ijraset.com/research-paper/wings-of-an-airplane-with-front-ogive-bullet-shaped-aerodynamics [retrieved 08 December 2025]. DOI: https://doi.org/10.22214/ijraset.2025.74511

Copyright

Copyright © 2025 Joseph Kewin Nithin. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.