Uten 1 in. = 10 ksi 4 in. comp = 18 ksi 1 in. 1 in. Fig. P4.148 and P4.149 5 in.. 2.5 in. Problem 04.147 - Maximum perm

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Uten 1 in. = 10 ksi 4 in. comp = 18 ksi 1 in. 1 in. Fig. P4.148 and P4.149 5 in.. 2.5 in. Problem 04.147 - Maximum perm

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Uten 1 In 10 Ksi 4 In Comp 18 Ksi 1 In 1 In Fig P4 148 And P4 149 5 In 2 5 In Problem 04 147 Maximum Perm 1
Uten 1 In 10 Ksi 4 In Comp 18 Ksi 1 In 1 In Fig P4 148 And P4 149 5 In 2 5 In Problem 04 147 Maximum Perm 1 (141.61 KiB) Viewed 37 times
Uten 1 In 10 Ksi 4 In Comp 18 Ksi 1 In 1 In Fig P4 148 And P4 149 5 In 2 5 In Problem 04 147 Maximum Perm 2
Uten 1 In 10 Ksi 4 In Comp 18 Ksi 1 In 1 In Fig P4 148 And P4 149 5 In 2 5 In Problem 04 147 Maximum Perm 2 (35.07 KiB) Viewed 37 times
Uten 1 in. = 10 ksi 4 in. comp = 18 ksi 1 in. 1 in. Fig. P4.148 and P4.149 5 in.. 2.5 in.
Problem 04.147 - Maximum permissible load based on allowable tensile and compressive stresses Knowing that a = 1.24 in. determine the largest value of P that can be applied without exceeding either of the following allowable stresses: oten = 10 ksi Ocomp = 18 ksi picture The largest value of P that can be applied is kips.
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