Optical determination of young's modulus.

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SUMMARY

The discussion centers on the optical determination of Young's modulus, specifically referencing the formula E=6(mg/bt3)Rs. The formula's variables require clear definitions to facilitate understanding. Participants emphasize the importance of consulting relevant textbooks and documents to grasp the context and application of this equation effectively.

PREREQUISITES
  • Understanding of Young's modulus and its significance in material science.
  • Familiarity with the variables in the equation E=6(mg/bt3)Rs.
  • Basic knowledge of optics and its application in material testing.
  • Experience with scientific literature and technical documentation.
NEXT STEPS
  • Research the derivation and application of Young's modulus in material science.
  • Study the definitions and implications of the variables in the formula E=6(mg/bt3)Rs.
  • Explore textbooks on optical methods for measuring mechanical properties of materials.
  • Investigate case studies where optical determination of Young's modulus has been applied.
USEFUL FOR

Material scientists, mechanical engineers, and students studying material properties who seek to understand the optical determination of Young's modulus.

Lizwi
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This equation is for calculating what and how was it obtained.
E=6(mg/bt3)Rs
 
Last edited:
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Looks to me like you need to be reading a textbook about this. Your Post is to 'terse' for any useful response. Also, that formula means nothing until the variables are defined but they probably would be defined in the document you obtained it. Try reading that document and some others then we can have a meaningful discussion.
 

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