To determine the strength of the riveted joints in a cylindrical vessel, tensile tests were performed on the 6-in.-wide specimens, as shown in the figure. The tensile force P at failure was found to be 32 lcips for the longitudinal joint specimen and 16 kips for the circiunferential joint specimen. Determine the largest allowable inner diameter of the cylinder that can supp
To determine the strength of the riveted joints in a cylindrical vessel, tensile tests were performed on the 6-in.-wide specimens, as shown in the figure. The tensile force P at failure was found to be 32 lcips for the longitudinal joint specimen and 16 kips for the circiunferential joint specimen. Determine the largest allowable inner diameter of the cylinder that can supp
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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To determine the strength of the riveted joints in a cylindrical vessel, tensile tests were performed on the 6-in.-wide specimens, as shown in the figure. The tensile force P at failure was found to be 32 lcips for the longitudinal joint specimen and 16 kips for the circiunferential joint specimen. Determine the largest allowable inner diameter of the cylinder that can support a pressure of [50 psi with a factor of safety of 2.0. SHOW THE COMPLETE SOLUTION GIVEN, REQUIRED AND SOLUTION
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