Answer Happy

S CI C2 C3 C4 GI 3 CS (typ) C6 C7 C8 Given: L = 25' (typ.) and S = 10' (typ.). So, the overall floor plan = 75' x 60 The beam width (bw) and depth (h) of B1 (typ.) are taken to be 10-in and 20-in, respectively. L SI (typ.) B1 (typ) B1 (typ) C9 10 C11 C12 A typical girder, e.g., G1, has a width (bw) of 12-in. G1 (typ.) C13 C14 C15 C16
The one-way slab, S1 (typ.), has a thickness of 5-in, cast with fs = 5,000 psi (normal weight concrete, 150 pcf. Bu = 0.8). No. 4 Gr-60 rebars are used as main (i.e., longitudinal) reinforcement, and No. 3 Gr-60 rebars are secondary (i.e., temperature and shrinkage, perpendicular to main) reinforcement, with a standard cover of -in. No shear reinforcement is provided. The floor is subjected to a live load of 50 psf. (a) (10 points) Draw (hand-drawing is acceptable, for as long as it is clear) the cross-section view (i.e., section A-A), without showing the reinforcement of the slab based on the information provided. Then, compute & show on the same view the required shear forces (V.) and moments (Mu) at critical locations of the slab per AC1318. Use clear span for your calculations. (b) (10 points) The design shear capacity (V.) per linear ft of the slab is nearly? (c) (10 points) Compute per AC1318 the minimum flexural reinforcement required (i.e., As min) per linear ft of slab. (d) (10 points) Compute per AC1318 the design flexural capacity (OM) per linear ft of slab for positive moment region of the slab, if it is reinforced with No. 4 Gr-60 rebars at 10" on-center spacing. (e) (10 points) What is nearly the amount of temperature and shrinkage reinforcement required per linear ft of the slab. Note No. 3 Gr-60 rebars are used. Round the spacing to the near X-in.