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PrasannaK last won the day on December 8 2019

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About PrasannaK

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  1. HI Alfonso, Kindly follow all the steps given in the tutorial file and you would get the answer. For maximum shear (in HV) you can select "MaxShear" as shown below: Thank You
  2. Hi Ben, You can find this information on "HyperMesh 1D Rigids Bars and Beams" helpful: https://altairuniversity.com/learning-library/hypermesh-1d-rigids-bars-and-beams/ Thank You
  3. Hi, Can you share .hm (model fiile) or .fem file of the same model?
  4. Hi Kei, In this step you are moving the surfaces to the component named "geometry". Here you need to move only surfaces and not mesh, since your mesh and geometry both are visible in graphics are you are getting confused. You can hide the mesh as shown below and then proceed: Thank You
  5. Hi Lennart, TIE contact with node to surface can be used in this case. You can have : Slaves- front row of nodes of blue component Master- Elements of purple component And the gap between the components should be used as search distance. Thank You
  6. Hi, What is the error that you are getting during optimization?
  7. PrasannaK


    Hi, WSURF1 is a set identification number. Kindly find the help documents attached for your reference. Thank You MFLUID.pdf SURF.pdf
  8. Hi Farouk, Can you share the file which gives this error? Thank You
  9. Hi Dura, Kindly try deleting setting files. Reference link: Thank You
  10. Hi Dinesh, This issue is probably due to improper installation. You can try the following options: 1. Deleting the setting files as mentioned here: https://forum.altair.com/topic/13434-how-to-delete-settings-files/ 2. Reinstall the software by first uninstalling it from "Add or remove programs". Thank You
  11. Hi LucaC, Separate components should be created for plate and structure, as stiffness and other properties will differ for both. To include horizontal displacement, sliding contact should be defined between plate and structure. Thank You
  12. Hi, Kindly find the attached video link for step by step information on creating forces and constraints: https://www.youtube.com/watch?v=mRKofhtoP9Q For uniformly distributed load you can refer to the following post: https://forum.altair.com/topic/18192-how-to-give-a-uniform-distributed-load/T The kind of analysis you want to perform on helicopter blade should be selected in "Analysis type" in the Load Step. Thank You
  13. Hi, Kindly find the below post for your reference which is related to your question: Thank you
  14. Hi, For downloading the tutorial model files, kindly find the like attached: https://altairuniversity.com/model-files-for-student-edition-users-accompaniment-to-the-tutorials-in-help/ Thank You
  15. Hi Kei, I think you have already performed the analysis after solver deck setup and you are facing issue in viewing the results? After Analysis, result files are generated at the location where your solver deck is saved. To view the results (in HyperView) you can open HyperView and load the result file (usually .h3d file) as below: Open HyperWorks > Click on Client Selector > Select HyperView Once HyperView is opened you can you can load model and result file (usually .h3d) > click "Apply" Thank You
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