. The Civil engineer and architect's journal, scientific and railway gazette. Architecture; Civil engineering; Science. Fig. TABLE. "JS Pressure 3n Piston. 1 M c a '> a si-s 33 ^ m 21 u y S c .§.2 . 111 S J = â¢33 ill + Sj3 P. 1 IP Pi m 1 126'0 15-8 0-291 44-5 44-5 0-00 0-00 __ 0-000 2 21-0 0-291 44-5 36-47 8-03 168-6 490 3 1080 30 0 0-3 44-5 3112 13-38 402-0 â 120-6 4 145-8 40-5 0-3 44-5 27-3 17-2 696-6 209-0 5 194-2 52-5 0-308 44-5 24-3 20-2 1060-5 â 326-63 6 246-2 64-8 0-317 44-5 22-25 22-25 1441-8 457-05 7 304-2 78-0 0-325 44-5 2109 23-41 1826-0 593-45 8 367-2 9
. The Civil engineer and architect's journal, scientific and railway gazette. Architecture; Civil engineering; Science. Fig. TABLE. "JS Pressure 3n Piston. 1 M c a '> a si-s 33 ^ m 21 u y S c .§.2 . 111 S J = â¢33 ill + Sj3 P. 1 IP Pi m 1 126'0 15-8 0-291 44-5 44-5 0-00 0-00 __ 0-000 2 21-0 0-291 44-5 36-47 8-03 168-6 490 3 1080 30 0 0-3 44-5 3112 13-38 402-0 â 120-6 4 145-8 40-5 0-3 44-5 27-3 17-2 696-6 209-0 5 194-2 52-5 0-308 44-5 24-3 20-2 1060-5 â 326-63 6 246-2 64-8 0-317 44-5 22-25 22-25 1441-8 457-05 7 304-2 78-0 0-325 44-5 2109 23-41 1826-0 593-45 8 367-2 91-8 0-333 44-5 20-41 24-09 2212-3 736-7 9 380-0 100-0 0-341 44-5 20-00 24-5 2450-0 â 835-45 10 steam cut ofl'. 0-341 36-47 7-5 28-97 3232-0 1-22 1102-1 11 120-0 0-35 31-12 2-5 28-62 3434-4 1-43 1202-0 12 â 124-5 0-35 27-3 2-5 24-8 3087-6 1-63 1080-6 13 â 126 0 0-358 24-3 2-5 21-8 2746-8 1-843 983-35 14 â 1260 0-358 22-25 2-5 19-75 2488-5 2-0 890-88 '}"> 124-5 0-35 21-09 2-5 18-59 2314-4 211 810-0 'l6 â 120-0 0-35 20-41 2-5 17-91 2149-2 2-18 752-22 117 â 111-6 0-341 20-00 2-5 17-5 1953-0 2-225 665-97 18 100-0 0-341 12-00 2-5 9-5 950-0 323-95 !l9 â 91-8 0-333 2-5 2-5 0-0 â â 20 78-0 0-325 2-5 25 0-0 â 21 64-8 0-317 2-5 2-5 0-0 â â 22 â 52-5 0-308 2-5 2-5 00 â â 23 â 40-5 0-3 2-5 2-5 0-0 â 24 â 30-0 0-3 2-5 2-5 0-0 â â â 25 â 21-0 0-291 2-5 2-5 0-0 26 15-8 0-291 2-5 2-5 0-0 â â 27 â 9-0 0-285 0-0 ^ 28 â 3-6 0-28 0-0 â 29 0-26 0-0 30 â â 0-26 â 0-0 â â 31 â 3-6 0-28 â 44-5 44-5 160-2 â 44-8 1 â 9-0 0-285 â 44-5 44-5 400-5 â 114-1 From the Table the following resitlts are obtained. The quantity of steam required for one revolution of each piston 1944-2 cubic inches. Distance the centre of pressure of the piston travels in one revolution, 10065 feet. Average effective pressure on the piston, 10801b. Greatest expansion 222,0 times. Number of pounds raised one foot high by the revolution of one piston, 10,980. Momentum of one pi
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