A shaft of diameter (d) subject to a bending moment (M) and a twisting moment (T) at a section. The maximum shear stress is given by the equation
1
\({\tau _{max}} = \frac{{16}}{{\pi {d^3}}}\sqrt {{M^2} + {T^2}} \)
2
\({\tau _{max}} = \frac{{16}}{{{d^3}}}\sqrt {{M^2} + {T^2}} \)
3
\({\tau _{max}} = \frac{{16}}{{\pi {d^3}}}\sqrt {1 + {T^2}} \)
4
\({\tau _{max}} = \frac{{16}}{{\pi {d^3}}}\sqrt {{M^2} + 1} \)
5
\({\tau _{max}} = \frac{{32}}{{\pi {d^3}}}\sqrt {{M^2} + {T^2}} \)