Static Structural Analysis of a bicycle frame (frame.stp)

Ava Mary
Ava Mary Altair Community Member
edited March 2022 in Community Q&A

Material :- Epoxy Carbon UD (395 GPa) Prepreg & Honeycomb 

Thickness: 2 mm, Element Size: 10 mm , Force: Apply forces as shown in the figure (all loads in Y axis) , Constraint: Apply constraints as shown in the figure , Output: Total Deformation, von-Mises Stresses , Solve first with PCOMP and again with PCOMPG properties and compare the result. 

image image

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Answers

  • Matthias Goelke_22079
    Matthias Goelke_22079 New Altair Community Member
    edited March 2022

    Hi Avanish,

    I am not sure about your question. Can yiu be more specific?

    Also, does your question relate to a training class?

  • Ava Mary
    Ava Mary Altair Community Member
    edited March 2022
    Matthias Goelke_22079 said:

    Hi Avanish,

    I am not sure about your question. Can yiu be more specific?

    Also, does your question relate to a training class?

    Static Structural Analysis of a bicycle frame 

     Material :- Epoxy Carbon UD (395 GPa) Prepreg & Honeycomb

     Thickness: 2 mm

     Element Size: 10 mm

     Force: Apply forces as shown in the figure (all loads in Y axis)

     Constraint: Apply constraints as shown in the figure

     Output: Total Deformation, von-Mises Stresses

     Solve first with PCOMP and

         again with PCOMPG properties and compare the result.

    image       image

     

  • Adriano_Koga
    Adriano_Koga
    Altair Employee
    edited March 2022

    this looks much more as an exercise for students. :)

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