Consider a pressure vessel that is made of two half-spherical domes with 1 ft in diameter, and the cylinder portion is 3 ft in length and is subjected to 100 psi pressure. The maximum tensile strength of the material is 55 ksi. The factor of safety for this design is 1.5. Problem: Determine the minimum thickness for this design.
Consider a pressure vessel that is made of two half-spherical domes with 1 ft in diameter, and the cylinder portion is 3 ft in length and is subjected to 100 psi pressure. The maximum tensile strength of the material is 55 ksi. The factor of safety for this design is 1.5. Problem: Determine the minimum thickness for this design.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Consider a pressure vessel that is made of two half-spherical domes with 1 ft in diameter, and the cylinder portion is 3 ft in length and is subjected to 100 psi pressure. The maximum tensile strength of the material is 55 ksi. The factor of safety for this design is 1.5.
Problem: Determine the minimum thickness for this design.
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