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YKSL1730立式電機轉子模態仿真研究
YKSL1730立式電機轉子模態仿真研究
摘 要：應用3維建模軟件建立了YKSL1730型大型立式電機轉子的3維模型和虛擬樣機模型，在MSC.visualNastran有限元前后處理與仿真系統中，建立了該電機轉子的有限元模型，對電機轉子進行了運動學仿真分析，得到了轉子的受力參數值。通過運動學仿真驗證了仿真模型的正確性。并對3維模型進行有限元模態仿真，獲得頻率、振型及分布規律，驗證了現有電機轉子結構能夠滿足設計要求。通過對轉子鐵心結構長度的修改，建立了1系列電機轉子模型，對它們進行模態仿真，獲得轉子固有頻率與鐵心長度的變化規律，最后給出了電機轉子鐵心結構長度的修改方案。該方法可為同類產品的設計修改提供參考。
關鍵詞：虛擬樣機；立式電機；運動學仿真；模態仿真；振型
Study On Mode Simulation of the rotor of large type vertical motor YKSL1730
Abstract: Virtual prototyping models and 3D models of the rotor of large type vertical motor YKSL1730 have been established in 3D modeling system Then by using MSC.Nastran finite element simulation system, the finite element models of the rotor have been established, kinematics properties, and natural modal parameters and mode shapes of the rotor have been gained by finite element simulation with Msc.Nastran system. The analysis of natural stress with their distributings of modes of some low frequencies have been completed. through the kinematics simulation results demonstrate the validity of simulation models. As well as 3D finite element model simulation mode, access frequency, mode of the distribution law certification of the existing motor rotor structure to meet the design requirements. And through the structure of the rotor core length changes. the establishment of a series of rotor model of their modal simulation, Rotor was inherent frequency and length of the core changes in the law, given the rotor length of the core structure of the amendment proposal. This method could provide some references for design and modification of kinds of the same product developing.
Keywords: Virtual prototyping; Vertical motor; Kinematics simulation; Modal simulation; Mode shapes
包括：畢業設計圖紙、畢業論文
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