Contact problem Analytical solution

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SUMMARY

The discussion centers on performing vibration analysis of a cantilever beam in contact with Earth using ABAQUS, specifically seeking to match results with an analytical solution. The governing equation for the problem is identified as mx'' + cx' + kx = F(t), where F(t) represents a sinusoidal external load. The user, Ira, requests references to papers or books that address this type of vibration problem, particularly those incorporating a friction term.

PREREQUISITES
  • Understanding of vibration analysis principles
  • Familiarity with ABAQUS software
  • Knowledge of differential equations and their applications in mechanical systems
  • Concept of friction in dynamic systems
NEXT STEPS
  • Research analytical solutions for cantilever beam vibrations with friction
  • Explore ABAQUS documentation on dynamic analysis
  • Study the application of sinusoidal loads in vibration problems
  • Investigate relevant academic papers on vibration analysis methodologies
USEFUL FOR

Mechanical engineers, researchers in vibration analysis, and students studying dynamic systems will benefit from this discussion.

Iraphysics
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Hi,

I am trying to do a vibration analysis of a cantilever beam in contact with Earth (in ABAQUS). Now I need to match these results with the analytiocal solution.

Could any of you guide me any paper or book where this klind of a problem is solved. So basically I am looking for the solution of the vibration problem with equation (with friction term):
mx''+cx'+kx = F(t)

where ' is the derivative with respect to time and F(t) is a sinusoidal external load applied on the cantilever end.

Thanks in advance.
Ira
 
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Im sorry but does this question sound like a home work one? How can I delete this thread from here?
 

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