1. Perform a stress analysis of the pressure vessel shown in Figure P9–14. Let E = 5 10 6 psi and n.
1. Perform a force segregation of the exigency vessel shown in Figure P9–14. Let E = 5 106 psi and n = 0:15 for the particularized, and let E = 29 106 psi and n = 0:25 for the steel liner. The steel liner is 2 in. solid. Let the exigency p correspondent 500 psi. Use a 0.5 in. radius in the re-entrant corners.
2. Perform a force segregation of the disk shown in Figure P9–16 if it rotates delay regular bent speed of o = 50 rpm. Let E = 30 106 psi, n = 0:25, and the pressure blindness rw = 0:283 lb/in3 (heap blindness, r ¼ rw=ðg ¼ 386 in./s2Þ. (Use 8 and then 16 elements symmetrically modeled alike to Example 9.4. Compare the terminable element solution to the speculative circumferential and radial forcees attached by