From the given truss shown, compute of each truss member and identify which supports the largest force, and compute the maximum axial stress. The truss has a uniform diameter, inner diameter is 10 in...




Please give me the solution of this truss analysis. The answers are:




Ans.



AF = 13,380 lb(T), AE=17,830 lb(C),CD=14,570



lb(C), FD=24,500 lb(T), BF=20,400 lb(T), Max Stress



= 708.96 Psi


From the given truss shown, compute<br>of each truss member and<br>identify which supports the largest<br>force, and compute the maximum axial<br>stress.<br>The<br>truss<br>has<br>a<br>uniform<br>diameter, inner diameter is 10 in and<br>outer diameter is 12 in.<br>2450 lb<br>D<br>7000 lb<br>E<br>16 ft<br>4550 lb<br>A<br>B<br>6000 lb<br>24 ft<br>

Extracted text: From the given truss shown, compute of each truss member and identify which supports the largest force, and compute the maximum axial stress. The truss has a uniform diameter, inner diameter is 10 in and outer diameter is 12 in. 2450 lb D 7000 lb E 16 ft 4550 lb A B 6000 lb 24 ft

Jun 11, 2022
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