The service load bending moments actong on a rectangular beam 310 mm wide and 624 mm deep are 58.35 kN-m for dead load and 69.11 kN-m for live load. Use the following properties: f'c = 30.01 MPa fy = 414 MPa p= 0.81 pbal db = 20 mm (bar diameter) ds = 10 mm (strirrups diameter) Consider the stirrups used are spiral stirrups. Calculate the D/C ratio in percentage (%) for the particular beam.

Q: 5-4 Composite A-36 steel bar shown made from two segments AB and BD. Area AAB = 600 mm2 and Agp =…

A:

Q: A simply supported beam 4 m long has a cross section shown. Determine the maximum unifornly…

A:

Q: a. Determine the plastic section modulus. b. Determine the plastic moment capacity if Fy = 345 MPa…

A: ###Determination of Plastic  Section Modulus and Plastic  moment  capacity and UDL ###

Q: Completely solve and box the final answer. Illustrate the problem. Write legibly 4. Compute the…

A:

Q: A typical rigid bar AB of the length 5m for a cantilever type car shed as shown in figure is hinged…

A: The given data is as follows: Length of bar AB=5 mDiameter of steel wires=3 cmDistance of wires from…

Q: The service load bending moments acting on a rectangular beam 307 mm wide and 607 mm deep are 147…

A: Given -

Q: A cantilever beam AB, loaded by a uniform load (see figure), is applied on a channel section. If the…

A:

Q: A reinforced concrete tied column carries an axial dead load of 650 kN and an axial live load of 800…

A: Given Data: The axial dead load is 650 kN. The axial live load is 800 kN. The compressive strength…

Q: the service load bending moments acting on a rectangular beam 333 mm wide and 617mm deep are…

A: Given Data: w = 333mm d = 617mm DL = 139.65 kn-m LL = 91.15kn-m

Q: P 2 m 2 m そ L= 6 m Please find Maximum shear and bending moment with factored loads LiveLoad= 60kn…

A:

Q: Use K= 1.0 and E = 29,000 ksi, Fy = 50 ksi. No need to check the local stability of the column.…

A:

Q: The internal forces at section cut B of a simply supported beam (with roller support at A) is shown…

A: Given:w=500 lb/ft   =0.042 kip/inP=15 kipsL= 10 ft   =120 ind= 5 inBeam cross section: 2 in×10…

Q: What size of threaded rod is required for member AB given in figure below. The applied load of X2…

A: Given:- X2=199kN To find:- d Solution:-

Q: The beam carries varrying load as shown. Determine the following. Use Double Integration Method in…

A:

Q: and details shown in the below figure carries a dead load of WD-10 kN (include beam weight). By…

A:

Q: A simple beam of length L- 5 m carries a uniform load of intensity = 5.8 kN/m and a concentrated…

A: Given Data A simply supported beam is given with the following data Span length is 5 m  A uniformly…

Q: A Rolled Steel Channel ISMC 400 @ 49.4 Kg/m is used as a column. The Column is Fixed at both ends.…

A: Rolled Steel Channel ISMC 400 @ 49.4 Kg/m is used  length of the column is 700 cm. The Column is…

Q: Compute the safe uniformly distributed dead load that will be added to the weight of the beam. The…

A: We have  yconc =2 4KN/m3.  b = 280mm d = 415 mm fc' = 25MPa fy = 420MPa As = 6-20mm diameter bar…

Q: 4. The beam shown in figure below (W 410 x 46.1) has continuous lateral support of both flanges. The…

A:

Q: g stress (in MPa, numerical value only) of the beam shown below with the given cross section. For…

A: Maximum moment :Mmax=-F1a+b+F2bMmax=-1.231.2+2.2+6.392.2=9.876 kN-m

Q: By DIM & MAM, determine the value of EIẟ at midspan for the beam loaded as shown.

A:

Q: The service load bending moments acting on a rectangular beam 303 mm wide and 596 mm deep are 111…

A: Given data: width = 303mm deep = 596mm DL = 111knm LL = 83knm

Q: Determine the minimum width "b" of the beam shown if the flexural stress is not to exceed 12 MPa.…

A:

Q: Q2: A simply supported beam AB has a length of 3 m and carries distributed load which varies in…

A: Draw the free body diagram. Equilibrium of horizontal forces, ∑Fx=0Ax=0

Q: A steel column with the cross section shown has a 14.7-ft effective length. Using Allowable Stress…

A: Effective length, KL = 14.7 ftfy = 36 ksiE = 29000 ksibf = 6 intf = 1/2 indw = 10 intw = 1/4 inTo…

Q: I

A:

Q: Determine the maximum uniformly distributed load that can be loaded for the beam shown if the…

A:

Q: A 97-kN axial load P is applied to the W150 x 8 rolled steel column BC that is free at its top C and…

A: P = 97 kN e = 6 mm  σa = 80 MPa E = 200 GPa or 200,000 MPa

Q: Draw the simplified free-body diagram and below it the shear and bending moment diagrams. Show all…

A:

Q: A 5-m long, simply supported beam is loaded as shown. Determine the lightest W-shape beam that can…

A:

Q: Q8/ A 350 mm x 500 mm rectangular beam is reinforced for tension only with 5028mm. The beam has…

A:

Q: HiW for The beam Shown in fig draw distribution of shear stress Through depth of beam Section uncder…

A:

Q: 4. The cross section of rod 1 and 2 is circular with diameter d=40mm. E-200GPa, [o] =120 MPa, λ=99,…

A: E = 200GPa  d = 40mm

Q: A B 2b This beam has a pinned support at the left end at A and a roller ut the right end at B. There…

A:

Q: An eight meter simply supported beam carries a superimposed dead load of 6kN/m and a service live…

A:

Q: 2b This beam has a pinned support at the left end at A and a roller at the right end at H. There is…

A: Take moment about A:∑ MA=0RB4×b-P3×b-12w2b23×2b=0RB=5×3+0.762×43×154RB=7.56KN

Q: The beam shown in Figure 2 is subjected to the factored load state as indicated. The cross section…

A: A beam is a horizontal structural member in a building that resists the lateral loads applied to the…

Q: First, design a beam and obtain its moment and bending stress diagrams using the software BeamBoy.…

A: To design a beam and obtain its moment and bending stress diagrams using BeamBoy with the specified…

Applications of Concrete Framing Systems

A concrete frame is a structure formed by the interconnection of beams and columns to form a structural network. In simple terms, it is the basic skeletal structure of a building or any construction. The concrete framing structure is built on a concrete foundation that forms the base of the entire structure. The concrete frame system is built to support floors, roofs, walls, beams, rafters, joists, etc.