Basic Engineering Calculations for ContractorsIn this indispensable reference for contractors, project managers and other construction professionals, you get everything you need to save money by performing engineering calculations yourself with confidence. Complex engineering concepts and calculations are simplified with nontechnical formulas and explanations. And provided with valuable field calculations, you have the number crunching practically done for you. You can avoid expensive redesign fees by calculating changes yourself! Answers to residential construction's most vexing, frequently asked questions - including those on code and regulation compliance - can be found here. Experienced structural/civil engineer August W. Domel, Jr., delivers practical information and guidance on a wide range of topics, from concrete reinforcing to dead, live, snow, and wind loads - beginning with basics and ending with more advance technical discussions. |
Common terms and phrases
A36 steel Advanced Discussion allowable bending stress allowable shear stress angle ASTM beam length bolts Building Code cantilever beam chapter column compression Concentrated load cracking Description determined Drift drywall fink truss floor joists following conditions Force on left Force on right formwork ft of uninterrupted glued laminated glued laminated timber grade header inertia Joist Spacing lb/ft lb/in lb/linear ft left support Length of beam Limit No Limit loading conditions located masonry Maximum bending maximum Deflection Maximum shear midspan Modulus of elasticity Moment of inertia numbers Petrography plywood prestressing provides reduced reinforcing bars requirements residential construction residential structure right support Rowlock Select Structural shown in Figure simply supported beam soil specifications steel beam steel members steel reinforcing strength structural member Table thickness Three-span truss Two-span types typically uniform load Uniformly distributed load uninterrupted brick Upward deflection weight width wind forces wind loads wood members yield strength