Vibration attenuation characteristics of squeeze film dampers in spiral bevel gear systems

•A finite element method solves the nonlinear film force of SFD in real-time.•Development of the finite element model of the bevel gear system supported on SFD.•The damping characteristics of SFD are studied theoretically and experimentally.•SFD can effectively suppress the vibration of bevel gear s...

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Published inApplied mathematical modelling Vol. 123; pp. 136 - 158
Main Authors Chen, Weitao, Shi, Hongtai, Li, Junwei, Chen, Siyu
Format Journal Article
LanguageEnglish
Published Elsevier Inc 01.11.2023
Subjects
Aero-engines
Nonlinear oil-film force
Spiral bevel gear
Squeeze film damper
Vibration attenuation characteristic
Vibration attenuation characteristic
Nonlinear oil-film force
Spiral bevel gear
Squeeze film damper
Aero-engines
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Abstract •A finite element method solves the nonlinear film force of SFD in real-time.•Development of the finite element model of the bevel gear system supported on SFD.•The damping characteristics of SFD are studied theoretically and experimentally.•SFD can effectively suppress the vibration of bevel gear systems at high speeds. A central drive bevel gear system of aero-engines extracts power from a high-pressure rotor. The high speed of the high-pressure rotor aggravates the gear system's vibration. This work adopts squeeze film dampers (SFD) as damping devices to suppress excessive vibration of the spiral bevel gear rotor system. This paper establishes the general Reynolds equation of SFD and calculates the nonlinear oil-film force of SFD in real-time based on the finite element method. Besides, the finite element method and Timoshenko beam element are employed to model the flexible gear shaft. Then, the dynamic model of the spiral bevel gear system supported by SFDs is established, including the nonlinear oil-film force of SFD and time-varying meshing stiffness of the gear system. The dynamic response of the spiral bevel gear system is analyzed theoretically and experimentally to study the vibration attenuation characteristics of SFD. The findings indicate that SFD can effectively suppress the vibration amplitude of the system at high speeds. The theoretical analysis and experimental amplitude are within an order of magnitude, and the changing trend is consistent.
AbstractList •A finite element method solves the nonlinear film force of SFD in real-time.•Development of the finite element model of the bevel gear system supported on SFD.•The damping characteristics of SFD are studied theoretically and experimentally.•SFD can effectively suppress the vibration of bevel gear systems at high speeds. A central drive bevel gear system of aero-engines extracts power from a high-pressure rotor. The high speed of the high-pressure rotor aggravates the gear system's vibration. This work adopts squeeze film dampers (SFD) as damping devices to suppress excessive vibration of the spiral bevel gear rotor system. This paper establishes the general Reynolds equation of SFD and calculates the nonlinear oil-film force of SFD in real-time based on the finite element method. Besides, the finite element method and Timoshenko beam element are employed to model the flexible gear shaft. Then, the dynamic model of the spiral bevel gear system supported by SFDs is established, including the nonlinear oil-film force of SFD and time-varying meshing stiffness of the gear system. The dynamic response of the spiral bevel gear system is analyzed theoretically and experimentally to study the vibration attenuation characteristics of SFD. The findings indicate that SFD can effectively suppress the vibration amplitude of the system at high speeds. The theoretical analysis and experimental amplitude are within an order of magnitude, and the changing trend is consistent.
Author Chen, Weitao
Li, Junwei
Chen, Siyu
Shi, Hongtai
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Keywords Vibration attenuation characteristic
Nonlinear oil-film force
Spiral bevel gear
Squeeze film damper
Aero-engines
Language English
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Snippet •A finite element method solves the nonlinear film force of SFD in real-time.•Development of the finite element model of the bevel gear system supported on...
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SubjectTerms Aero-engines
Nonlinear oil-film force
Spiral bevel gear
Squeeze film damper
Vibration attenuation characteristic
Title Vibration attenuation characteristics of squeeze film dampers in spiral bevel gear systems
URI https://dx.doi.org/10.1016/j.apm.2023.06.032
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