For both plane stress as well as plain strain case the equilibrium equation in z-direction is _______

Question

TuteeHUB · Accepted Answer

(  frac{  _x}{ x}+  frac{  _{zx}}{ z}+ =1  )

TuteeHUB · Answer

(  frac{  _{xz}}{ x}+  frac{  _z}{ z}+ =0  )

TuteeHUB · Answer

(  frac{  _x}{ x}+  frac{  _{zx}}{ z}+ =1  )

TuteeHUB · Answer

(  frac{  _x}{ x}+  frac{  _{yx}}{ y}+ =0  )

TuteeHUB · Answer

(  frac{  _x}{ x}+  frac{  _{zx}}{ z}=0  )

1.	For both plane stress as well as plain strain case the equilibrium equation in z-direction is _______
A.	( frac{ _{xz}}{ x}+ frac{ _z}{ z}+ =0 )
B.	( frac{ _x}{ x}+ frac{ _{zx}}{ z}+ =1 )
C.	( frac{ _x}{ x}+ frac{ _{yx}}{ y}+ =0 )
D.	( frac{ _x}{ x}+ frac{ _{zx}}{ z}=0 )
Answer» B. ( frac{ _x}{ x}+ frac{ _{zx}}{ z}+ =1 )

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