(Answered): A closed cylindrical vessel contains a fluid at a pressure of 4.9 MPa. The cylinder, which has an o ...

A closed cylindrical vessel contains a fluid at a pressure of 4.9 MPa. The cylinder, which has an outside diameter of 2300 mm and a wall thickness of 20 mm, is fabricated from stainless steel [E 193 GPa; v 0.27].Assume L 5.6 m. Determine the increase in both the diameter and the length of the cylinder. IL Part 1 Your answer is correct. stress in the circumferential direction, ohoop- Determine the non stress in the stress, which is the norn Olorg, and the MP? Olong 138.4 Ohoop 281.75 MP? Part 2 The generalized Hooke's Law relates the normal strain in the x-direction to Young's modulus and Poisson's ratio for the material, and also to the normal stress components in thex and y directions. Here, at a point in the cylinder's wall, the longitudinal direction can be taken to be the x-direction, and the circumferential direction can be taken to be the y-direction. The stress components, olorg and ohoop , have been calculated. Determine the normal strain in the longitudinal direction, elorg LE Elorg Hint eTextbook and Media Attempts: unlimited Save for Later Submit Answer Part 3 Determine the change in length of the cylinder. AL= mm Part 4 Determine the normal strain in the circumferential direction, Ehoop- Ehoop Hint eTextbook and Media Part 5 Determine the change in diameter of the cylinder. AD =i mm II