The staves or vertical members of the wooden tank are held together using semicircular steel hoops having a thickness of 0.5 in. and a depth of 2 in. Assume that the tank is subjected to an internal gauge pressure of 2 psi and this loading is transmitted directly to the hoops. If hoop AB supports the pressure loading within a 12-in. depth (as shown in the figure) of the tank, the normal stress (psi) in hoop AB is - (write the answer as integer number) Also, if 0.25-in. diameter bolts are used to connect each hoop together, the tensile stress (ksi) in each bolt at A and B is - (write the answer as using nearest safe integer number)
The staves or vertical members of the wooden tank are held together using semicircular steel hoops having a thickness of 0.5 in. and a depth of 2 in. Assume that the tank is subjected to an internal gauge pressure of 2 psi and this loading is transmitted directly to the hoops. If hoop AB supports the pressure loading within a 12-in. depth (as shown in the figure) of the tank, the normal stress (psi) in hoop AB is - (write the answer as integer number) Also, if 0.25-in. diameter bolts are used to connect each hoop together, the tensile stress (ksi) in each bolt at A and B is - (write the answer as using nearest safe integer number)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The staves or vertical members of the wooden tank are held together using
semicircular steel hoops having a thickness of 0.5 in. and a depth of 2 in. Assume
that the tank is subjected to an internal gauge pressure of 2 psi and this loading
is transmitted directly to the hoops. If hoop AB supports the pressure loading within
a 12-in. depth (as shown in the figure) of the tank, the normal stress (psi) in hoop
AB is - (write the answer as integer number)
Also, if 0.25-in. diameter bolts are used to connect each hoop together, the tensile
stress (ksi) in each bolt at A and B is - (write the answer as using nearest safe integer
number)
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