Modeling 3 Thin Layers Bonded Together with Ansys

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To model three very thin layers bonded together in Ansys, users can utilize laminated shell elements, which are suitable for such configurations. Selecting shell elements in Ansys Workbench is straightforward, especially if the model consists of flat surfaces, as they will automatically mesh into shells. Given the small film thickness of approximately 0.0011 inches, it's crucial to consider the relevant effects in the simulation, such as bending or deformation. New users are encouraged to seek tutorials for guidance on shell element selection and modeling techniques. Properly addressing these factors will enhance the accuracy of the simulation results.
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I am new to Ansys and I wish to model 3 very thin layers of different materials bonded to each other. Can someone please reply back.

Thank you
 
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Laminated shell elements. I guess there's an easy material you can define in WB for that.
 
I am new to ansys so this question may sound silly.. How do we select shell element in Ansys work bench? do u have any link to a tutorial?

My film thickness is very small approx. 0.0011 inch composed of 3 layers.
 
deveshp1 said:
I am new to ansys so this question may sound silly.. How do we select shell element in Ansys work bench? do u have any link to a tutorial?

My film thickness is very small approx. 0.0011 inch composed of 3 layers.

I hardly have any experience with ANSYS either. But I'm sure if your model is made from flat surfaces (not solids) then it'll automatically mesh into shells.

However, with all that thinness, make sure you'll be modelling the relevant effects. Is it bending, pretensioned, deforming a lot?
 
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