Simulating a 3D Printed ABS component.

Altair Forum User
Altair Forum User
Altair Employee
edited October 2020 in Community Q&A

I'm trying to carry out Linear static analysis of my 3D printed(FDM) component which is made up of Acrylonitrile butadiene styrene Plastic (ABSplus P430). Assuming that ABS is relatively Isotropic, i've carried out my analysis using the basic Isotropic - MAT1 card. But in reality, ABS shows anisotropy. I wanted to Simulate it as an Anisotropic Material in HyperWorks. What all parameters & testing data would be required for that? Also, is it right to carry out a linear static analysis of a Plastic material or do i need to do something else. I could find much relevant data regarding this topic. 

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Answers

  • Altair Forum User
    Altair Forum User
    Altair Employee
    edited February 2017

    Hi VIshal,

     

    Depends on what type of simulation.

     

    If it is say three point bending simulation then you can refer to ASTM standard guidelines.

  • Altair Forum User
    Altair Forum User
    Altair Employee
    edited February 2017
    Altair Forum User said:

    Hi VIshal,

     

    Depends on what type of simulation.

     

    If it is say three point bending simulation then you can refer to ASTM standard guidelines.

    Hi Prakash, Thanks for the response.

    My Component is an Arm, Fixed at one end & Loaded on the other. Assuming that i just need to carry out basic FEA of the arm( say Linear Static) considering the Anisotropy of the material, how do i achieve it? I couldn't find relevant tutorials regarding it. Basically, FEA of a Plastic component.

  • Altair Forum User
    Altair Forum User
    Altair Employee
    edited February 2017

    Hi Vishal,

     

    You can MAT2 card to enter anisotropic material properties for 2D elements. 

     

    Or,

     

    Approximating to Orthotropy, you can use MAT8 card (for 2D elements), MAT9, MAT9ORT (3D elements) 

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