Strength of Materials |
Contents
Stress and Strain | 1 |
Tanks Welded and Riveted Joints | 19 |
Torsion | 46 |
Copyright | |
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AISC Manual AISC specifications allowable load allowable stress beam of Fig bending moment diagrams centroid column compressive stress computed concentrated load consider cover plate cross section deformations Determine the allowable Determine the deflection Determine the maximum Determine the required determine the shear distance divided equation equilibrium evaluated Example F₁ factor of safety Figure fillet weld flange formula free body diagram ft in length ft long ft-lb funicular in-lb in.³ inch inertia Institute of Steel lb load lb per ft lb/ft left end longitudinal magnitude modulus of elasticity moment of inertia neutral axis obtain plane problem radius reaction resultant force right end rivets shaft shear and bending shear force shear stress shown in Fig Solution solving span statically indeterminate Steel Construction strain Strength of Materials Structural tensile stress tension thickness tion torque total force uniformly distributed load unit stress vertical zero Δα ΕΙ