2021
DOI: 10.3390/sym13061054
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Multistage Asymmetric Rotors Coaxial Measurement Stacking Method Based on Minimization of Exciting Force

Abstract: The unbalanced exciting force of high-speed rotary asymmetric rotor equipment is the main factor causing rotor vibration. In order to effectively suppress the vibration of the asymmetric rotor equipment, the paper establishes a multistage asymmetric rotor coaxial measurement stacking method that minimizes the exciting force. By analyzing the propagation process of the centroid of the multistage asymmetric rotor assembly and analyzing the relationship between the geometric center and the centroid of a single as… Show more

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Cited by 2 publications
(1 citation statement)
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“…In the current industrial environment, the measurement and assembly of large industrial equipment has been a research hotspot for scholars. Liu et al 19 established a multi-stage asymmetric rotor coaxial measurement stacking method with minimum excitation force for high-speed rotary asymmetric rotor equipment, which effectively suppressed the vibration of asymmetric rotor equipment. Combined with genetic algorithm to optimize the assembly stage of vibration optimization, the overall vibration of the assembled asymmetric rotor equipment was greatly reduced and a large amount of assembly time was saved.…”
Section: Related Workmentioning
confidence: 99%
“…In the current industrial environment, the measurement and assembly of large industrial equipment has been a research hotspot for scholars. Liu et al 19 established a multi-stage asymmetric rotor coaxial measurement stacking method with minimum excitation force for high-speed rotary asymmetric rotor equipment, which effectively suppressed the vibration of asymmetric rotor equipment. Combined with genetic algorithm to optimize the assembly stage of vibration optimization, the overall vibration of the assembled asymmetric rotor equipment was greatly reduced and a large amount of assembly time was saved.…”
Section: Related Workmentioning
confidence: 99%