Prob 1. A compound shaft consists of a solid aluminum shaft (BC) and a hollow steel tube (AB), with dimensions shown on the right. Determine the maximum external torque T that can be applied at A, given that the allowable shear stresses are: Aluminum: TAllow–Alum = 6000 psi and Steel: TAllow-Steel = 9000 psi. x-section view hollow tube .25 Solid shaft Wall Hollow tube Tout = 1.25 in Tin = 1 in r= 2 in solid shaft 2 in 16 in 25 in

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Prob 1.
A compound shaft consists of a solid aluminum shaft (BC) and a hollow steel tube (AB),
with dimensions shown on the right. Determine the maximum external torque T that can be
applied at A, given that the allowable shear stresses are: Aluminum: TAllow–Alum =
TAllow-Steel =
9000 psi.
6000 psi and Steel:
X-section view
hollow tube
Solid shaft
1.25
Wall
Hollow tube
rout = 1.25 in
rin = 1 in
r= 2 in
solid shaft
B
2 in
16 in
25 in
Transcribed Image Text:Prob 1. A compound shaft consists of a solid aluminum shaft (BC) and a hollow steel tube (AB), with dimensions shown on the right. Determine the maximum external torque T that can be applied at A, given that the allowable shear stresses are: Aluminum: TAllow–Alum = TAllow-Steel = 9000 psi. 6000 psi and Steel: X-section view hollow tube Solid shaft 1.25 Wall Hollow tube rout = 1.25 in rin = 1 in r= 2 in solid shaft B 2 in 16 in 25 in
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