Experimental Elasticity a Manual for the Laboratory
Experimental Elasticity a Manual for the Laboratory
G F C George Frederick Charles Searle
The book Experimental Elasticity a Manual for the Laboratory was written by author G F C George Frederick Charles Searle Here you can read free online of Experimental Elasticity a Manual for the Laboratory book, rate and share your impressions in comments. If you don't know what to write, just answer the question: Why is Experimental Elasticity a Manual for the Laboratory a good or bad book?
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By Note III, 1, the force is Mf, where M is the mass of the bar and f is the acceleration of the centre of gravity of the bar. But, to our order of accuracy, the centres of gravity of the bars are at rest, and hence the action of the wire on either bar is simply a couple which, by symmetry, must have a vertical axis. Conversely, each bar exerts a couple on the wire. Hence, the " bending moment " (Chapter II, 31) is the same at every point of the wire, and thus the neutral filament of the wire i...s bent into a circular arc. It is shown in Chapter II, 31, that the bending moment is El Ip, where p cm. Is the radius of the arc, E is Young's modulus, and / cm. 4 is the " moment of inertia " of the area of cross section of the wire about an axis through the " centre of gravity " of that area perpendicular to the plane of bending. This axis is per- pendicular to the plane of Fig. 38. If , since the length of the wire is I cm.
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