Question: How do fixtures and restraints influence the simulation and for what purpose do we have different options in SolidWorks? Why are restraints and applied loads

  1. How do fixtures and restraints influence the simulation and for what purpose do we have different options in SolidWorks?
  2. Why are restraints and applied loads considered the most frequent reasons for poor results during simulations?
  3. How can a re-entrant edge effect bias of simulation resultants? Why is it important to run multiple simulation setups?
  4. How can a 90 degree edge impact mesh quality and its final results?

 How do fixtures and restraints influence the simulation and for what
purpose do we have different options in SolidWorks? Why are restraints and

1. How do fixtures and restraints influence the simulation and for what purpose do we have different options in SolidWorks? 2. Why are restraints and applied loads considered the most frequent reasons for poor results during simulations? 1. How can a re-entrant edge effect bias of simulation resultants? Why is it important to run multiple simulation setups? 2. How can a 90 degree edge impact mesh quality and its final results

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