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Info

Goal of this tutorial

  • Learn how to activate the Support Reduction function

  • Explore the impact of Support Reduction to the design

  • Usage of different Support Reduction modes

Training:

Relevant data for this tutorial:

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Material Assignment

  • Create Choose AlSi10Mg as the material in the Materials editor and assign it to the Design Space

  • The specific values needed are the Young's Modulus (72 000 MPa) and the Poisson ratio (0.34). The density is set to 2.7e-6 kg/mm3.

  • The Tension Strength is the maximum allowable stress for the material and is set to 460 MPa.

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Step 3: Definition of boundary conditions

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Three different strategies can be used which are described more detailed here. For the strategies Reactive and Active the Intensity can be influenced as an additional option. The default value for the intensity is 5.

In this case the Reactive Medium strategy with the default intensity is used.

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The build direction is set scenario specific and can be easily changed. for each scneario scenario Thus the PCS also rotates accordingly which influences not only the build direction for the Support Reduction but also the material orientation (Anisotropic Material Stiffness) and directional dependent Stress Goals.

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The optimisation is finished after 70 64 iterations (Shape Quality: Fine TuneBalanced).

Step 8: Visualization of Failure Criteria, Displacements etc.

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