How to Derive Non-Linear Behaviour in Simpack's Force Element F042?

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SUMMARY

The discussion centers on deriving the non-linear behavior of viscoelastic materials using SIMPACK's Force Element F042, specifically the "Rubberbushing/Hydromount." Users are seeking guidance on effectively modeling this behavior within the software. The conversation highlights the challenges faced when attempting to source help through general inquiries in forums.

PREREQUISITES
  • Familiarity with SIMPACK software and its Force Element F042.
  • Understanding of viscoelastic material properties and behavior.
  • Knowledge of non-linear modeling techniques in simulation environments.
  • Experience with material characterization methods for rubber-like substances.
NEXT STEPS
  • Research the specific modeling capabilities of SIMPACK's Force Element F042.
  • Explore techniques for characterizing viscoelastic materials in simulation software.
  • Learn about non-linear dynamics and their application in mechanical simulations.
  • Investigate best practices for seeking technical assistance in online forums.
USEFUL FOR

Mechanical engineers, simulation specialists, and researchers working with viscoelastic materials in dynamic systems will benefit from this discussion.

Zhenyeee
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Hi,
have anyone worked with SIMPACK before? Especially with the new Force Element F042 "Rubberbushing/Hydromounta and can help me out how to derive the non-linear behaviour of viscoelastic material?
Thanks in advance :)
 
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