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Shivani Tiwari

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About Shivani Tiwari

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    Beginner

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  • Location
    Gurgaon

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  • Gender
    Female
  • Country
    India
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  1. Thxu mam for this help. But can you please show this with example. As I tried it but not getting.
  2. Sir how to plot between Dynamic MinMax Result value versus Frequency
  3. Hi Sir I tried the same. But still my problem is not solved. The video is making but of 0 seconds.
  4. Sir it is a sheet metal component i.e., Exhaust System
  5. Means upto 2 mm thickness I can use value of any of layer?
  6. Sir can you please tell if I have a set of elements for Static load analysis and want to calculate von misses stress. Which layer should I use? As I am new to it I don know
  7. I got it sir. Means I can use any method, the result will be consider as correct one.
  8. Sir contour panel have different values of results for von mises stress or any result type. There are number of results get obtain for same element by changing averaging method, layer and coordinate system. Can you tell which combination I decide to get better result
  9. If radius that much small then you can defeature it
  10. GoodMorning Sir n Mam In Hyperview Contour panel there are number of ways to find result(e.g by changing averaging method, by changing layers, by resolved in). A have a doubt that how do I predict for particular element, this particular combination of averaging method, layer and resolved in is perfect.
  11. In spring panel there is an option at bottom named Orientation, if you scroll that then you get an option named SYSTEMS
  12. Sir 1D>spring>then at bottom right corner select element as CBUSH
  13. Good morning Sir n Mam I have created a 0D CBUSH element for Resonance Stress Analysis. But in my analysis Cbush element is not showing it's spring behaviour. It seems like nodes of CBUSH element is not properly assigned to local coordinate system. I am mentioning my procedure to create CBUSH element. Please correct me if I am wrong. User profile - MSC NASTRAN Analysis -> Systems->Node by reference> Create 1D -> Cbush->node 1&2 selected(coincident)-> system-> select coordinate system for cbush element-> create Analysis -> System-> Assign -> select nodes of cbush element--> set displacement.
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