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  1. Home/
  2. Amith Anoop Kumar/
  3. Frequency Analysis of a rotating shaft using Solidworks

Frequency Analysis of a rotating shaft using Solidworks

AIM:  To conduct frequency analysis on rotating shafts and find the resonant frequencies and 5 modal shapes respectively THEORY: All objects have a natural frequency or set of frequencies at which they vibrate. The quality of the sound produced by a vibrating object is dependent upon the natural frequencies…

    • Amith Anoop Kumar

      updated on 16 Apr 2021

    AIM:  To conduct frequency analysis on rotating shafts and find the resonant frequencies and 5 modal shapes respectively

    THEORY:

    All objects have a natural frequency or set of frequencies at which they vibrate. The quality of the sound produced by a vibrating object is dependent upon the natural frequencies of the sound waves produced by the objects. Some objects tend to vibrate at a single frequency and they are often said to produce a pure tone. For example a flute tends to vibrate at a single frequency, producing a very pure tone. 

    PROCEDURE:

    The flywheel shaft was designed in SolidWorks according to our set of dimensions.

    Frequency simulation was selected

    Alloy Steel material is applied to all parts

    A frequency analysis was performed for 5 modes and respective outputs were obtained

     

    RESULTS:

    CONCLUSIONS:

    The shown are the natural frequencies of the first 5 modal shapes. Any loading conditions resulting in vibrations of above frequencies tend to damage of the object hence frequencies above this range should be maintained

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      AIM: To solve the equation F(u)=u3+9u2+4uF(u)=u3+9u2+4u using both explicit and implicit methods with a residual tolerance of 0.01. In the equation, F-Force in the bar and u-displacement in the bar. The problem is solved by both explicit and implicit analysis methods. In both cases an incremental load control scheme is used.…

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