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    • Rahul Ponginan

      Please click here for a short but important announcement   03/26/17

      Dear Users Our Commercial and Academic users around the world can use these same forums here as before i.e. the Altair Support Forum , Commercial users from India with solver queries can go to the Solver Forum for India Commercial Users , Academic Users from India and AOC India Participants are requested to go to the Forum for India Academic Users and AOC India Participants , We will be tending to all queries in all the forums promptly as before, thank you for your understanding. 

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Showing most liked content since 02/17/18 in all areas

  1. 2 likes
    Thanks all ! What I want has been achieved by creating the result of { Z1(or Z2) - Mid } layer's von mises stress in "derived results"
  2. 1 like
    Hi, I have worked in FOAM Material using LAW 70 in one of my project. I tried validating LAW 70 for different scenarios. Attaching some sample validation case for reference. Hope it may help you. Thanks. Comp_20mm_0000.rad penetration_1DOF_0000.rad E_1100_0000.rad
  3. 1 like
    Hello, Do it as tinh has proposed. Be sure to load your files with Result-Math template "Advanced". Then call the Expression Builder (Derived Results) and create a Tensor for bending. See attached picture. Best Regards, Mario
  4. 1 like
    Hi Zhaoying, For /MAT/LAW36 we provide post yield values in stress-strain curve, and the elastic portion of the material is defined by the Young modulus and Poisson’s ratio. By introducing strain rates we are controlling the change in strain (deformation) of a material with respect to time. Material plasticity curves can be given for up an arbitrary number of strain rates. Based on this strain rate the speed at which deformation of an object from its original shape occurs can be controlled.
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    Hi, I'm attaching a document which shows creating a cross plot values along a specified node path. I think this may help you, please go through the same. Cross plot values along a specified node path.pdf
  7. 1 like
    Hi Zhaoying, You can review the node group in HyperCrash but I don't think it's possible to see the node ids of the node group in HyperCrash. I suggest you to export the model from HyperCrash, manually open the model file (_0000.rad) in Textpad and review the node group where you can see all the node ids.
  8. 1 like
    Dear Livil, Thanks for your support it's working. Thanks lot . Thanks, Vikas Kumar
  9. 1 like
    Alot of work to make this H3D From your output.res => Extract nodes & elems information => make *.hmascii => Import into Hypermesh => Export to *.fem From your output.res => Extract results. In my test, I tested with nodal displacement of 1st step. => write to *.hwascii (I used Perl as scripting programming language) Run Hyperview: Open *.fem as "model" Open *.hwascii as "result" When you have all within Hyperview, you can export again into H3D format.
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    PFA sample deck for Optistruct solver on pressfit simulation. PCONT.zip
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