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  3. Additive Print result requires a negative strain scaling factor for calibration, but this is not possible. What to do?

Additive Print result requires a negative strain scaling factor for calibration, but this is not possible. What to do?

Tagged: 1.3.2, 2019 R2, Additive Print, additive-manufacturing, Desktop, structural-mechanics
    • April 5, 2023 at 2:31 pm
      FAQFAQ
      Participant

      There are 2 potential causes for the need for a negative strain scaling factor. In some alloys, there is a phase change that actually swells the part. Or a user may improperly build the part with beam offsets that overcompensate for shrinkage. If it was maraging steel, than a negative strain scaling factor is actually physically realistic. For 316L, the user needs to follow the recommended approach for building the part. A negative strain scaling factor will be availalbe in 2019 R3 for alloys which swell.

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