Calculating Turn Radius Change During Bank Angle Change

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SUMMARY

The discussion focuses on calculating the rate of change of an aircraft's turn radius while the angle of bank (AoB) varies from 0 to 40 degrees. It establishes that aircraft speed significantly influences the relationship between bank angle and turn radius. Specifically, higher airspeeds allow for a greater maximum rate of change of turn radius due to increased aileron effectiveness. A reference book, "Understanding Flight" by Anderson & Eberhardt, is recommended for further reading on this topic.

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  • Understanding of aircraft dynamics and turn mechanics
  • Knowledge of the relationship between bank angle and turn radius
  • Familiarity with the effects of airspeed on flight performance
  • Basic calculus concepts related to derivatives
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  • Research the mathematical relationship between bank angle and turn radius in aviation
  • Study the effects of airspeed on aircraft maneuverability
  • Explore advanced flight dynamics through "Understanding Flight" by Anderson & Eberhardt
  • Learn about the role of ailerons in changing bank angles at various speeds
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Aerospace engineers, flight instructors, pilots, and aviation enthusiasts interested in understanding the dynamics of aircraft turns and the impact of speed and bank angle on maneuverability.

Badmachine
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Is there a standard formula for determing the rate of change for an aircraft turn radius, while the aircraft angle of bank (AoB) is also changing? (from 0 degrees AoB - 40 degrees AoB during a turn for example)

Would aircraft speed play a role in the rate of change for the trun radius under these conditions?

Thanks
 
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Badmachine said:
Is there a standard formula for determing the rate of change for an aircraft turn radius, while the aircraft angle of bank (AoB) is also changing? (from 0 degrees AoB - 40 degrees AoB during a turn for example)

Would aircraft speed play a role in the rate of change for the trun radius under these conditions?

Thanks

If you know the turn radius for a given amont of bank (this clearly involves air speed), then you can easily find the connection between the derivatives of the two quantities. The airspeed will of course influence the relation between bank angle and turn radius. The connection between the derivatives would still be approximately the same.

A very nice book on flight is "Understanding Flight" by Anderson & Eberhardt.

EDIT: As a collorary of this, I would expect that for higher airspeed, the max. rate of change of turn radius would be higher than for low airspeeds. This is because at higher air speed, the airplane will be able to change its bank angle faster since the ailerons will be more effective.

Torquil
 

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