Elementary Structural Analysis and Design, Steel, Timber, and Reinforced Concrete |
Contents
CHAPTER PAGE | 1 |
THE TOOLS OF STRESS ANALYSIS | 8 |
TABLE PAGE 1 Properties of Simple Sections | 38 |
Copyright | |
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AISC spec allowable stress analysis angle leg bars beam bearing bending bending moment bolts buckling butt weld calculated cent column formula common compression members compressive stress computed connectors contraflexure cover plate cross-section dead load DESIGN SHEET determined diagonal bracing diameter dimension direct stress distance Douglas fir eccentricity effective depth elastic limit end anchorage equal equation exceed failure fiber stress fillet weld flange flexure floor footing grain gross area gusset horizontal in-lb joint joists length longitudinal lower chord maximum stresses minimum moment of inertia neutral axis obtained plane PROBLEM purlins radius of gyration reduced reinforced concrete resistance rivet holes rods roof surface roof truss shearing stress shown in Fig slab snow load spacing span spiral statics stiffeners stress diagram structure strut T-beam tensile tensile stress tension members thickness timber unit shear unit stress upper chord weight width wind load