Determining plain stress and plain strain

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SUMMARY

The discussion centers on the classification of a delta strain rosette problem in terms of stress and strain conditions. Participants agree that the problem is categorized as a plane stress problem. This classification is crucial for accurately determining the six components of stress and strain when normal strains are provided. The terminology "plain" is clarified as a misinterpretation, with "plane" being the correct term in this context.

PREREQUISITES
  • Understanding of delta strain rosettes
  • Knowledge of stress and strain components
  • Familiarity with plane stress and plane strain concepts
  • Basic principles of mechanics of materials
NEXT STEPS
  • Study the principles of delta strain rosettes in detail
  • Learn about the mathematical formulations for plane stress and plane strain
  • Explore applications of stress and strain analysis in engineering
  • Review case studies involving delta strain rosettes
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Mechanical engineers, civil engineers, and students studying mechanics of materials who are involved in stress analysis and strain measurement techniques.

karthik m
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In a delta strain rosette problem if normal strains are given and asked to find the six components of stress and strain , is it considered as a plain stress or plain strain problem.??
 
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I believe it is a plane stress or plane strain problem. Plain means unadorned.
 
thank you
 
but ,i think it is a plane stress problem.
 

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