Question: Like to get a answer for this problem. The hoop stress of in a cylindrical pipe of outer radius R = 45 mm with wall

Like to get a answer for this problem.

The "hoop stress" of in a cylindrical pipe of outer radius R = 45 mm with wall thickness W = 8.0 mm is 00 = P( R-W) W where p = 0.40 MPa is the internal pressure. Suppose the pipe is viscoelastic with creep compliance JE (t) = (2 -e- 0.1t ) GPa-1 where t is in hours. How much larger is the circumference of the pipe after t = 20 h? W = 8 mm -p = 0.4 MPa - R = 45 mmThe "hoop stress" of in a cylindrical pipe of outer radius R = 45 mm with wall thickness W = 8.0 mm is 00 = P( R-W) W where p = 0.40 MPa is the internal pressure. Suppose the pipe is viscoelastic with creep compliance JE (t) = (2 -e- 0.1t ) GPa-1 where t is in hours. How much larger is the circumference of the pipe after t = 20 h? W = 8 mm -p = 0.4 MPa - R = 45 mm

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