Question

1. When a pressure vessel with an inner radius of 140mm and a wall thickness of 10 mm is filled with 5MPa of compressed air and subjected to a horizontal force (P) of 40kN, answer the following. (i) Find the moment at the point 150mm away from the floor (cross section including L and K). (ii) Draw the state of stress at point L. (iii) When designing the above pressure vessel with a safety factor of 2, what is the maximum tensile strength of the pressure vessel? (However, ignore the shear force effect)

          1. When a pressure vessel with an inner radius of 140mm and a wall thickness of 10 mm is filled with 5MPa of compressed air and subjected to a horizontal force (P) of 40kN, answer the following.
(i) Find the moment at the point 150mm away from the floor (cross section including L and K).
(ii) Draw the state of stress at point L.
(iii) When designing the above pressure vessel with a safety factor of 2, what is the maximum tensile strength of the pressure vessel?
(However, ignore the shear force effect)

1. When a pressure vessel with an inner radius of 140mm and a wall thickness of 10 mm is filled with 5MPa of compressed air and subjected to a horizontal force (P) of 40kN, answer the following.
(i) Find the moment at the point 150mm away from the floor (cross section including L and K).
(ii) Draw the state of stress at point L.
(iii) When designing the above pressure vessel with a safety factor of 2, what is the maximum tensile strength of the pressure vessel?
(However, ignore the shear force effect)

Added by Mar R.

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