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Structural Analysis by Hand - VBCOA

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1VBCOA Region 5May 15, 2014Structural Analysis by Hand2PresenterBrian Foley, CountyDeputy Building 324 18423LogisticsExitsRestroomsCell PhonesNo Smoking24Questions?SURE Go ahead and ask your question!This class is interactive!There are no stupid questions!5Attendees Inspector Plan reviewer Contractor Engineer Architect Designer Suppliers Attorney6Objectives Determine loading requirements for joists and beams Apply loads using free body diagrams Calculate moment and deflection Analyze compliance for flexure, shear and deflection Analyze simple steel beam Analyze spread footings37Assumptions No Structural theory Knowledge of arithmetic and basic algebra Simple loading Uniform loads Point loads at midspan Simple spans Wood, LVL, steel Residential construction8Math 1019Operation SequencePlease Excuse My Dear Aunt Sally Parenthesis Exponent Multiplication Division Addition + (3 1) / 2 4 x 3Step 1: Parenthesis 52+ 2/ 2 4 x 3Step 2: Exponents25+ 2 / 2 4 x 3Step 3: Multiply 25 + 2 / 2 12Step 4.

Actual bending stress, fb The bending stress a specified structural member is experiencing under maximum applied load where: S = section modulus, in3 M = moment, lbs-ft fb = actual bending stress, psi S M fb 12

  Stress

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