A rigid bar, pinned at O, is supported by two identical springs as shown in Fig1. Each spring consists of 18 turns of 3/4-in- diameter wire having a mean diameter of 5 in. Determine the maximum load W that may be supported if the shearing stress in the springs is limited to 20 ksi. W 3 t 2 ft Fig 1
A rigid bar, pinned at O, is supported by two identical springs as shown in Fig1. Each spring consists of 18 turns of 3/4-in- diameter wire having a mean diameter of 5 in. Determine the maximum load W that may be supported if the shearing stress in the springs is limited to 20 ksi. W 3 t 2 ft Fig 1
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Where 20 ksi shear stress value not the grade

Transcribed Image Text:A rigid bar, pinned at O, is supported by two identical springs
as shown in Fig1. Each spring consists of 18 turns of 3/4-in-
diameter wire having a mean diameter of 5 in. Determine the
maximum load W that may be supported if the shearing stress
in the springs is limited to 20 ksi.
W
2 ft
Fig 1
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