The thin-wall cantilever beam shown in the figure above ( ( mathrm{G}=100 mathrm{GPa}) ) is subjected to a clockwise torque of ( 100 mathrm{Nm} ) at ( mathrm{z}=0.5 mathrm{~m} ), and an anti-clockwise torque of ( 200 mathrm{Nm} ) at ( mathrm{z}=1 mathrm{~m} ) (i.e., the free end). The torques are applied in the ( x-y ) plane. C

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The thin-wall cantilever beam shown in the figure above  ( ( mathrm{G}=100  mathrm{GPa})  ) is subjected to a clockwise torque of  ( 100  mathrm{Nm}  ) at  (  mathrm{z}=0.5  mathrm{~m}  ), and an anti-clockwise torque of  ( 200  mathrm{Nm}  ) at  (  mathrm{z}=1  mathrm{~m}  ) (i.e., the free end). The torques are applied in the  ( x-y  ) plane. Calculate the twist angle of the beam at its free end.

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(Solved): The thin-wall cantilever beam shown in the figure above \( (\mathrm{G}=100 \mathrm{GPa}) \) is sub ...

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