Wings Alignment of Airplane at an Elevated Level

Abstract

To maximize airplane efficiency, lighter airflow should pass beneath the wings to ensure a stable flight. With the jet turbines positioned beneath the wings, lighter air flows and fills the space under the wings. The jet turbine generates air pressure directed opposite to the flight path, propelling the airplane forward. Lighter air particles push denser air particles, filling the area beneath the wings.Conventional airplanes have centrally positioned wings, which cause lighter air to flow directly over them. As air strikes the front of the plane, it becomes lighter. At higher speeds, the interaction between the moving object and the air reduces the air\'s density slightly, making it lighter.

Introduction

Objective:
The study explores how manipulating airflow and turbine configuration can improve airplane efficiency, lift, and stability, focusing on the behavior of lighter and denser air around the wings and engines.

Key Concepts:

• Lighter Air Beneath Wings:

  • For optimal lift, lighter air (less dense) should flow beneath the wings.

  • Jet turbines placed under the wings help draw in this lighter air, aiding stable flight and propulsion.

• Air Density Dynamics:

  • Air interacting with the front of a fast-moving aircraft loses density.

  • This lighter air flows toward jet turbines, reducing drag and supporting forward motion.

• Chain Reaction Effect:

  • Jet turbines initiate a chain reaction by drawing in air, affecting airflow patterns.

  • Wind moving in the same direction as the aircraft slightly hinders this chain reaction by interfering with lighter air below the wings.

• Wing Positioning:

  • Elevated wings reduce structural strain during turns.

  • Gaps between air molecules should be wider below the wings for better lift.

Innovative Concept: Horizontal Tornado via Jet Turbines

• Circular Turbine Configuration:

  • Arranging multiple jet turbines in a circular pattern can create a horizontal tornado effect, expanding air molecule gaps and enhancing lift.

  • This configuration also improves safety by reducing the chance of simultaneous engine failure.

• Smaller Turbines Advantages:

  • More effective at manipulating air particles.

  • Better resistance to bird strikes due to distributed impact across turbines.

Results & Discussion:

• Lift Generation:

  • The movement of lighter air beneath wings helps generate lift.

  • Circularly arranged turbines enhance this by channeling airflow and enlarging the air gap near the wings.

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Conclusion

Horizontal tornadoes can be generated by positioning two jet turbines in a circular arrangement. When powered on, the turbines spin in a circular motion, creating the intended tornado effect. The thermodynamic and atomic behavior of air molecules causes lighter molecules beneath the airplane wings to move, creating lift that raises the wings and propels the airplane forward.

References

[1] Science Direct. Thermodynamics.https://www.sciencedirect.com/topics/chemistry/thermodynamics

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.