The Compound Shaft Shown In The Figure Consists

Question

The compound shaft shown in the figure consists of two steel [ G = 80 GPa ] pipe segments. The shaft is subjected to external torques T B and T C which act in the directions shown. Segment (1) has an…

The compound shaft shown in the figure consists of two steel [ G
= 80 GPa ] pipe segments. The shaft is subjected to external
torques T B and T C which act in the directions shown. Segment (1)
has an outside diameter of 196 mm and a wall thickness of 8 mm .
Segment (2) has an outside diameter of 134 mm and a wall thickness
of 13 mm . The torque is known to have a magnitude of T C = 26 kN ⋅
m . The shear strain in segment (1) is measured as 495 μ rad .
Determine the magnitude of external torque T B .

The compound shaft shown in the figure consists of two stee G80 GPal pipe segments. The shaftis subjected to extermal torques T and Te which act in the directions shw. Segment (1 has an outside diameter of 196 m and a wall thickness of 8 m Segment 2) has an outside dan ter ot 34 mm and a wal th kneas o 3 mm. The torque a nown to have a magnitude o c 26 m. The shear a ain n segment 1 is measured as 495 μra Determine the magnitude o externa torque TB TB Tc 2) kN·m Ts =146.81 42% the tolerance is

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