23.5 Consider the beam above to also be loaded by a uniformly distributed load of 20(lb)/(ft) downward and a tension load of 10,000lb. Compute the maximum normal stress in the beam for this loading condition.
(Ans. sigma _(max)=40,903psi )
The cantilever beam below has a circular cross-section with a diameter of 4 inches and is subjected to a concentrated load and a torque as shown. Plot the value of the shear stress throughout the cross-section of the beam and determine the maximum shear stress within the cross-section.
(Ans. au _(max)=318psi )
23.5
23.5 Consider the beam above to also be loaded by a uniformly distributed load of 20(lb)/(ft) downward and a tension load of 10,000lb. Compute the maximum normal stress in the beam for this loading condition.
(Ans. sigma _(max)=40,903psi )
shear stress within the cross-section. (Ans.Tmax = 318 psi)
23.5 please
2,000 lb
10 ft
4,000 lb-in
ft
the beam for this loading condition. (Ans.Omax = 40,903 psi)