A fixed end solid circular bar is loaded in such a way as to produce the state of plane stress that is plotted on the Mohr’s Circle shown. The dots on the Mohr’s circles represent the plotted points for the X-face and Y-face from the original/unrotated stress block. The white square on the bar represents the unrotated stress block. Select the load case that produces the Mohr’s Circle shown.
Hence Option: B is correct
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A fixed end solid circular bar is loaded in such a way as to produce the...
A fixed end solid circular bar is loaded in such a way as to
produce the state of plane stress that is plotted on the Mohr’s
Circle shown. The dots on the Mohr’s circles represent the plotted
points for the X-face and Y-face from the original/unrotated stress
block. The white square on the bar represents the unrotated stress
block.
Select the load case that produces the Mohr’s Circle shown.
Fixed end solid circular bar subjected to torsion Fixed end solid...
A fixed end solid circular bar is loaded in such a way as to
produce the state of plane stress that is plotted on the Mohr’s
Circle shown. The dots on the Mohr’s circles represent the plotted
points for the X-face and Y-face from the original/unrotated stress
block. The white square on the bar represents the unrotated stress
block.
Select the load case that produces the Mohr’s Circle shown.
a Fixed end solid circular bar subject to axial compression Fixed...
A fixed end solid circular bar is loaded in such a way as to
produce the state of plane stress that is plotted on the Mohr’s
Circle shown. The dots on the Mohr’s circles represent the plotted
points for the X-face and Y-face from the original/unrotated stress
block. The white square on the bar represents the unrotated stress
block.
Select the load case that produces the Mohr’s Circle shown.
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