Stress due to compression of 3D object

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SUMMARY

This discussion focuses on calculating the stress along the yy-direction for a 3D object subjected to compression in the zz-direction. The object maintains a constant width in the yy-direction and can only deform in the xx-direction. The known stress is sigma_zz, while sigma_yy is the unknown that needs to be determined. Participants emphasize the importance of using Hooke's law to establish the necessary constitutive relations for the stress-strain equations in the xx, yy, and zz directions.

PREREQUISITES
  • Understanding of Hooke's law and stress-strain relationships
  • Familiarity with 3D stress analysis concepts
  • Knowledge of material properties and deformation behavior
  • Basic proficiency in mathematical modeling of physical systems
NEXT STEPS
  • Review Hooke's law for isotropic materials
  • Study 3D stress transformation techniques
  • Explore constitutive models for elastic deformation
  • Investigate numerical methods for stress analysis in solid mechanics
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Mechanical engineers, materials scientists, and students studying solid mechanics who are involved in stress analysis and material deformation under compression.

Andrei Popa
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Good day,

I am trying to calculate the stress along the yy-direction for a 3D object compressed in the zz direction (perpendicular to it). The width of the object (in the yy direction) is constant, and the object can only deform along the xx direction. All stresses except for sigma_zz (known) and sigma_yy (needed) are equal to 0.
I am trying to write down constitutive relations for this, but I seem to be stuck. Thanks!
 
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Andrei Popa said:
Good day,

I am trying to calculate the stress along the yy-direction for a 3D object compressed in the zz direction (perpendicular to it). The width of the object (in the yy direction) is constant, and the object can only deform along the xx direction. All stresses except for sigma_zz (known) and sigma_yy (needed) are equal to 0.
I am trying to write down constitutive relations for this, but I seem to be stuck. Thanks!
Are you starting with Hooke's law stress-strain equations? Please write the equations for the xx, yy, and zz directions.

Chet
 

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