DESCRIPTION For your case number, perform the following calculations and computer analysis for each of the following beam scenarios. 2. A. Simple supported - Beam J1 B. Simple supported overhang beam, with planter - Beam J2 C Simple supported overhang beam with hot tub and planter - Beam 13 REQUIRED 1. Draw to scale a Complete Loading Diagram, Shear Diagram, and Bending Moment Diagram for each of the three beams (top of drawing as left hand side of diagram). Use engineering quality graph paper. Fully Label the Shear & Moment Diagram with: maximum M, points of zero shear, all required points in #2 below. Shear & Moment: At the 2/3 X point from the left reaction (top of page) perform a calculation by taking a section to the left of the point (LEFT = 0), confirming the Shear and Bending Moment for each of the beams at that point in comparison to your shear and moment diagrams. All calculations must include a neat clearly labeled sketch (F.B.D.) showing all loads acting on that section of the beam. 3. Using a shear and moment diagram online calculator determine the Shear and Moment diagrams of each of the three beams. Examples of free online calculators include: bendingmomentdiagram.com and beamguru.com. Fully label the Shear & Moment diagram. (maximum M. points of zero st shear). REPORT REQUIREMENTS Submit all work neatly fastened on 8 12 x 11 engineering type paper as follows and in this order: A. Cover Page - Include your name, course #, case #, project name, date submitted, date due (if late, write late on the cover). Instruction pages and framing plan. C. Support calculations for Beams 11, 12 and 13 reactions: This should consist of the loading diagram, FBD (drawn to an approximate scale) and reaction calculations. Calculations for item "2" above. Hand drawn solution for the shear & bending moment diagram. Fully label the shear & moment diagram (maximum M, points of zero shear, all required points in #2 above). Online calculator computer printout of shear and moment diagrams for beams 11, 12 and 13. В. تنه د D E. F.
Framing Plan - Dimensions & Loading First letter of last name of student AtoC Dto Ito N Oto R S to Z "X" (feet) 16 18 20 12 14 "Z" (feet) 4 4 4 4 4 Uniformly Distributed Load Live Load (p/ft) First letter of first name of student A to C D to H I to N Oto R Sto z 30 30 35 40 35 Dead Load (p/ft) 25 15 20 15 10 * Hot Tub Weight when full of water 2,000 pounds. ** Assume Palm Tree planters are a point load with a weight of 250 pounds (each) 2"x6" Joists 20.C 6 x 6 Hot Tub Concrete Supports Jolst Hangers Installed Upside Down Solid Bridging N 2 Palm Tree Palm Tree Double Trimmer Josts Cardlever Double Header N Il
DESCRIPTION For your case number, perform the following calculations and computer analysis for each of the following bea
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DESCRIPTION For your case number, perform the following calculations and computer analysis for each of the following bea
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