Mechanics of engineering (solids) : comprising statics and kinetics of solids, and the mechanics of the materials of construction, or strength and elasticity of beams, columns, shafts, arches, etc. : for use in technical schools (1911)
Church, Irving P. (Irving Porter), 1851-1931 · New York : Wiley ; London : Chapman & Hall · leaf 375
uple, 0, whose moment is -^ in.- FiG. 301. e lbs., in which p^ = p^ — p^ and I is the moment of inertia of the^ cross-section (about an axis through its center of gravity^ at right angles to the plane (force plane) containing Ogand force P; the same I that has been used in previous cases… … (b) FLEXURE. COLUMNS AND HOOKS. OBLIQUE FORCES. 355 For this free body (in order to iind p^, p^ and J)VX= Ogives: P cos a—p^F = 0; .: p^ = ^(moms.)„ = 0and XY=0 Fu = Q: P2 = FPue I P sin a — J = O; .■.J=P sin (4)(5) . (6) As X varies, from 0 to ?, we note that p^ and J remainunchanged but that p,…
Mechanics, Applied · Strength of materials
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