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 76
which they act. Then, by means ofthe formula of Art. 9, find the greatest intensity of shear-ing stress on any plane at 0, and the position of that plane.Finally, determine the intensity of the stress of greatestobliquity at the point O, and the plane on which it acts,together with the intensity of… … Fig. I. at right angles to its axis, the loads and supporting forcestaken as a whole constituting a system in equilibrium. 49 5° FLEXURE. [Ch. II. The beam shown in Fig. i may be taken to illustratethe general condition of flexure or bending. Each end of the beam is supported as shown at R andR\…
Strength of materials · Building materials
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