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Hello all, I am doing a compression test on a cylinder using two rigid dies and I would like to get the load displacement curves, all am able to get is force for the die which is considered as load and for the displacement what should i consider?

can the Z directional displacement taken in to consideration if not what should I count on which will help me to get the stress strain curves from the Load & displacement.
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  • Hello,
    2 Solutions depending how compression is measured in a real experiment your simualtion is validated against.
    1. When the compression is calculated based on the stroke of the and the substage automatic positioning of dies attached to press is used the stroke can easily be plotted of the press force/ z force of the attached die.
      X Stroke Y Pressforce
    2. When the compression is measured with a strain gauge between two points on the material surface: Create two post particles at those points and evaluate the post particles:
      PostParticle
    the difference between the values relative to the initial length of the specimen is your compression strain over time which can be set in relation to the compression force, but this postprocessing needs to be done in excel.
    The second solution can be more accurate, but the first one can quickly be generated in Simufact Forming. Please remember that the result are technical stresses and strains.
Reply
  • Hello,
    2 Solutions depending how compression is measured in a real experiment your simualtion is validated against.
    1. When the compression is calculated based on the stroke of the and the substage automatic positioning of dies attached to press is used the stroke can easily be plotted of the press force/ z force of the attached die.
      X Stroke Y Pressforce
    2. When the compression is measured with a strain gauge between two points on the material surface: Create two post particles at those points and evaluate the post particles:
      PostParticle
    the difference between the values relative to the initial length of the specimen is your compression strain over time which can be set in relation to the compression force, but this postprocessing needs to be done in excel.
    The second solution can be more accurate, but the first one can quickly be generated in Simufact Forming. Please remember that the result are technical stresses and strains.
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