60 N - m Since each of the shafts 144 N - m, AB, BC and CD shown in 48 N - m \dcp=21 mm the figure consists of a solid circular bar, determine the magnitude of the stress in the shaft (MPa) at which...

Extracted text: 60 N - m Since each of the shafts 144 N - m, AB, BC and CD shown in 48 N - m \dcp=21 mm the figure consists of a solid circular bar, determine the magnitude of the stress in the shaft (MPa) at which the dBc = 18 mm B d A = 15 mm Formüller: F.L O = E.ɛ, ɛ=- AL = a.L.AT , AL F O =- maximum shear stress %3D A.E ' AV T.L T.P occurs. V GJ M O=-- F 6, =lo, -v(0, +0,), o: M A