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ptc-49543681-Visitor
1-Visitor
Feb 6, 2013 1:49 PM UTC
Question

How do I display true displacement in the results

Can someone tell me how to display true displacement in the results window? I'm trying to analyze a snap. I want to see how it fits as it moves through its motion.

I only see the scale setting. If I set it to 100% it completely distorts.

Thanks

    6 replies

    JonathanHodgson13-Aquamarine
    13-Aquamarine
    Feb 6, 2013 2:02 PM UTC

    Hi Adam,

    "%" is in relation to a 'model size' dimension, and it's intended to make the shape of the deformation obvious for any magnitude of max displacement, for any model size. It works quite well for that on the default 10%.

    For absolute displacement, untick the "&" box and just enter "1" - it's now a scale factor, so 100 would give you 100× actual displacement.

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    ChrisKaswer16-Pearl
    16-Pearl
    Feb 6, 2013 2:03 PM UTC

    You'll need to set the scale to "1" without a check next to the "%" symbol. This will provide "true" displacement of the analysis.

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    valimdj1-Visitor
    1-Visitor
    Jun 24, 2013 9:14 AM UTC

    Hello

    Why the dimensions of the part grow with the displacement ?

    Thanks

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    JonathanHodgson13-Aquamarine
    13-Aquamarine
    Jun 24, 2013 9:22 AM UTC

    Hi Valeriu,

    Is your part rotating?

    If so, the apparent 'growth' is because the analysis (and the displayed displacement) is linear. Each point on your part has a tangential displacement; if you display this at a scale greater than 1, the result is that the diameter of the part appears to increase.

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    valimdj1-Visitor
    1-Visitor
    Jun 24, 2013 9:27 AM UTC

    the scale is very close to 1

    the appearance is largely bigger than the original part

    the force is giving a rotational effect to the deformed part

    I also noticed that in function of the displacement scale the XYZ coordinates change

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    ptc-38287311-Visitor
    1-Visitor
    Jun 24, 2013 9:48 AM UTC

    Hi,

    Try running Non-linear analysis when the component is under torsion.

    Rgds,

    Shiva

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