Archard Wear - Enable Deformation Option: Currect loads and wear rate calculated on worn geometry or original geometry?

H_Engbert
H_Engbert Altair Community Member
edited July 2023 in Community Q&A

I am currently working on a wear study for a cultivator tine using the Archard wear model. My question is:
If I activate the Enable Deformation option in the model options, are the tool loads that lead to wear calculated using the already worn geometry or using the original geometry?
In other words, does the tool geometry actually become deformed or smaller as the simulation progresses and does the current tool wear thus influence the further tool wear? Or is the wear rate always calculated in relation to the original geometry during the entire simulation time?
Many thanks in advance for your feedback.

Regards
HE

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Best Answer

  • Stefan Pantaleev_21979
    Stefan Pantaleev_21979
    Altair Employee
    edited July 2023 Answer ✓

    Hi Hendrik,

    The geometry is deformed every time step and the wear rate is computed on the deformed geometry. Therefore, the evolution of the particle shape affects the wear calculation.

    Best regards,

    Stefan

Answers

  • Stefan Pantaleev_21979
    Stefan Pantaleev_21979
    Altair Employee
    edited July 2023 Answer ✓

    Hi Hendrik,

    The geometry is deformed every time step and the wear rate is computed on the deformed geometry. Therefore, the evolution of the particle shape affects the wear calculation.

    Best regards,

    Stefan

  • Stefan Pantaleev_21979
    Stefan Pantaleev_21979
    Altair Employee
    edited July 2023
    Stefan Pantaleev_21979 said:

    Hi Hendrik,

    The geometry is deformed every time step and the wear rate is computed on the deformed geometry. Therefore, the evolution of the particle shape affects the wear calculation.

    Best regards,

    Stefan

    Apologies for the additional message - I meant to say that the evolution of the geometry shape affects the wear calculation.

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