Calculating the natural frequency of a plate fixed at four corners

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SUMMARY

The natural frequency of vibration for a rectangular plate made of Al-6061 with dimensions 100 x 80 mm, fixed at four corners, can be calculated using established formulas from plate vibration theory. The relevant parameters include material properties such as Young's modulus and density, as well as geometric factors. For precise calculations, refer to the vibration of plates resources, including the Wikipedia page on the subject.

PREREQUISITES
  • Understanding of material properties such as Young's modulus and density
  • Familiarity with vibration theory and plate dynamics
  • Knowledge of mathematical modeling for fixed boundary conditions
  • Experience with engineering software for simulation (e.g., ANSYS or MATLAB)
NEXT STEPS
  • Research the formulas for calculating natural frequencies of fixed rectangular plates
  • Explore the use of ANSYS for simulating plate vibrations
  • Study the effects of varying dimensions and material properties on natural frequency
  • Learn about boundary conditions and their impact on vibration analysis
USEFUL FOR

Mechanical engineers, structural analysts, and students studying vibration analysis who are involved in the design and analysis of fixed rectangular plates.

Alioth
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How do I calculate the natural frequency of vibration of a rectangular plate of Al-6061, having dimensions 100 x 80 mm? The plate is fixed at four corners.

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