The elasticity and resistance of the materials of engineering (1915)
Burr, William H. (William Hubert), 1851-1934 · New York, John Wiley & Sons, inc.; [etc., etc.] · leaf 255
of hoop stress in the wall of the inner cylinderare therefore the intercepts of ordinates at right anglesto BD between FM and KH. All stress in the outer cylinder is tension equal inintensity at any point to the sum of the ordinates betweenAB and ME added to those between AB and LS repre-sented by… … The highest tension exists in the outer cyHnder at B and isequal to 28,054 + 16,248=44,302 lbs. per square inch. At Art. 41] CYLINDER UNDER HIGH INTERNAL PRESSURE. 223 the outer point A the tensile intensity of hoop stress is seento be 27,552 lbs. The intensity of hoop stress at theinterior surface…
Strength of materials · Building materials
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