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Mar. 2025
Submitted Papers : 80
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Acc. Perc : 12%
Issue Published : 140
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  Journal Paper


Paper Title :
Analysis of Rotor Tilt Angle Structural Difference on Flight Stability and P Control Input Thrust Bias Shifter Using Two-Rotor Aircraft

Author :Ryo Sekino, Hideki Toda

Article Citation :Ryo Sekino ,Hideki Toda , (2024 ) " Analysis of Rotor Tilt Angle Structural Difference on Flight Stability and P Control Input Thrust Bias Shifter Using Two-Rotor Aircraft " , International Journal of Mechanical and Production Engineering (IJMPE) , pp. 24-31, Volume-12,Issue-10

Abstract : This paper proposed improving mechanism of the aircraft of two rotor system by understanding the basic characteristics of the aircraft and conducting experiments of structure of the two rotor device and a P control input thrust bias shifter was proposed. Multi rotor system is now widely used in any place of the world, and many applications would be dramatically increasing. On the other hand, there is many unknown factor of stable flight control of the multi-rotor system. To research the basic performance of the multi-rotor system, we developed simple two rotor machine with the reduced freedom of movement due to the central pole or fishing line. As experiment, an altitude control during the target altitude changing with the horizontal attitude control was performed. When the target altitude is changed square fashion, we proposed a thrust bias shifting method to reduce the output of P controller significant change. In addition, we confirmed the structural change of the two rotor system by changing the rotor tilt angle and weight position changing through the experiments. Result said that the rotor tilt angle was good at -15 deg from the horizontal, and the load or battery weight would be good positioned at the close to the motor parts. Some of the result would improve the two-rotor system control and stability performance. Keywords - two-rotor system, altitude control, thrust bias shifting method, weight position, gyro and acceleration sensor, PDI controller, thrust bias shifter

Type : Research paper

Published : Volume-12,Issue-10




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