Are thin spherical shells subjected to shear stress?

Strength of Materials

• Surender
• 4521 दृश्य
• 9 उत्तर

• Radial stress(= 0) must be considered as the third principal stress. And the maximum shear stress = (σ1 - σ3)/2 where σ1 = Pd/2t ..........hoop stress σ2 = Pd/4t ..........longitudinal stress σ3 = 0 ................radial stress

  • Parvesh
  • 05 नवम्बर
  • 0 टिप्पणी

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• yes. shells are subjected to internal pressure shows hoop stress as well as longitudinal stress. compaire this two axial stress condition with elemental area of shell in which two side of body subjected to axial force. so any section in between them are subjected to normal as well as shear stress.

  • Anuj
  • 27 अक्तूबर
  • 0 टिप्पणी

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• No. Because in the spherical cell gas and liquid is filled. And inside pressure work as hydrostatic pressure. And hydrostatic pressure is always normal( perpendicular) to the plane so there is not any shear stress.

  • Kuldeep
  • 08 अक्तूबर
  • 0 टिप्पणी

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• no because it is like a circular sphere

  • Yadala
  • 07 अक्तूबर
  • 0 टिप्पणी

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• can any one explain ?

  • Gaurav
  • 20 सितम्बर
  • 0 टिप्पणी

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• no

  • Manish
  • 29 अगस्त
  • 0 टिप्पणी

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• no

  • Rajesh
  • 29 अगस्त
  • 0 टिप्पणी

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• no

  • Rakesh
  • 05 जून
  • 0 टिप्पणी

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• no

  • Harshit
  • 20 मई
  • 0 टिप्पणी

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