Calculate the ratio of maximum and minimum tensile reinforcement in rectangular reinforced concrete beam of width 350mm and depth 450mm. Use Fe415 steel (Use cover = 50mm) A B skippe d C D 19.4 21.9 25.2 29.3

Q: Locate the centroid y of the shaded ared. L=23.6mm y 2L L 2L 2L

A:

Q: Tmax 19 (Ox, Txy) 0₁ ON 0₂+Oy 0,20 2 (0₂₁ Tyx) ₁ and 2 are 64 and -9 respectively. Locate the centre…

A:

Q: -1-

A:

Q: There is a statically indeterminate beam in which the horizontal force at the left and right ends…

A:

Q: There is a sta at the left and force is show The flexural s

A: Ds = De + Di = 5-2-1 = 2                         it is indeterminate with 2 but RA & RB given…

Q: Explain the CORS system.

A: The CORS System stands for Continuously Operating Reference Stations (CORS). It enables…

Q: Find end moment slope de fiction use 100kN

A: We have 5 members in this figure. 4 fixed support. The load is acting on a mid span of AC This is a…

Q: 3D5x3 -10x-V3 5(х-2) %3D 1/3

A: Simple calculation taking commons

Q: 1=200,000 wpa Fy= 250 mpa A = 3929 mm² ty = 12.7 mm Ix= 53.7 x 10mm¹ x = 117 mm Propertia of Channel…

A: Properties of channel section and W section are given

Q: A setup similar to the one shown in Figure 10.35 is commonly used to mea- sure the shear modulus, G.…

A: Given: The torque is 3450 N.m. The length of the specimen is 20 cm. The diameter of the specimen is…

Q: √3=9 P₂=9 P3=9 27 = ? Pi=30 K^ D T √₁-3 D=450mm Ref Axis Z2-5 3 m K 545 за 23=4.5 7 12:2.5 1 2D₂=300…

A:

Q: 5- y = logs sech(5x)

A:

Q: Provide description in each part of the universal testing machine

A: A Universal testing machine (UTM) is utilized to test the mechanical properties (pressure, pressure,…

Q: Determine maxium principal plane

A: We have to determine the maximum principal plane.

Q: Situation 5 Using double integration method, determine the maximum deflection of the beam. Use L = 5…

A: A simply supported beam is given we need to find out maximum deflection using double integration…

Q: 3m 2m Clay Sand 8 m Plan View || D₁. OB OB 4 m 4m 1 m 3m 2 4m AG=0 (1₁-1₂)2 I m = = 2²-1 늦쓸-5.5…

A: Given: Load, q = 400 kN/m2 Point A: Depth, ZA = 3-1 = 2 m

Q: Given Velocity= 50m/s discharge= 5 m/s O = 180° vehicle %3D VI neglect frictioons Find the frce…

A: Given Data: Velocity is v=50 m/s. Discharge is Q=5 m3/s. Angle θ=180°

Q: 1.Determine V&M equations and diagrams 300 lb 80 Ib/ft A ID to TB 4 + 8' 6' Ay Су Shear diagram

A:

Q: 5.13 The shallow foundation shown in Figure 5.29 measures 1.5 mx 2.25 m and is subjected to a…

A: Given: Shallow foundation = 1.5m × 2.25 m eB = 0.12 m , eL = 0.36 m Depth = 0.8 m Friction angle =…

Q: Which of the following diameter of Grade 60 reinforcing bar can withstand a tensile load of 210,000…

A:

Q: Find the work done Force on crate%3D4 N Dispalcement=1 m

A: Introduction : The given question is related with mechanics . We are provided with value of force…

Q: Correct the error and write one to two sentences explaining the error

A: The solution of the truss problem is shown in the attached file. We have to make correction of  the…

Q: • Part A A plantic strip having widh ofmend a mass of 300 ghoon n (En pases betaen t layen Aand Bol…

A: μ = 6.24Ns/m2

Q: write the stePs to Prove the follo wing Law.. %3D B. 2H JI ( कि- तिहो तार ।

A: Given data in question  Equation of Coutte flow To find out  Derive the relationship    Note Coutte…

Q: Lim x25X+ 2 2X+ 2X-1 .3 メ→。

A: To evaluate: limx→∞x2-5x+22x3+2x-1

Q: Explain the following terms in 6-7 lines minimum. a) Bishop Simplified Method b) Critical Factor…

A: 1) This is the method used in stability of slopes.  2) The Bishop simplified  method uses the method…

Q: In the given figure on page 5 (Figure 2: Truss Elements) what are the part/s of the truss that are…

A: TIE The parts of the truss that are under tie are the horizontal members that are under tension.…

Q: (0 KN 15KN DU む oam 0.am J 1.2met>2mt l.zmel

A:

Q: prove tañcy) dy

A: Proof of integration ###

Q: Cal Cuta te M.R of given SteiHon hoomm ) As = 3-25 1472.62 mo? M25 650mm

A: given-M-25 and Fe-425d=650 mmB=400mmAst=3@25 mm=1472.62 mm2

Q: Find the NA here: Size 250*350 mm Ast = 1200 mm sq Fe 250 M25

A: This question is related to Design of concrete structure. In this question given about dimensions of…

Q: Determine: a) max shear stress b) max compressive stress c) max tensile stress

A: Given Data  Find maximum shear stress, maximum compressive stress and maximum tensile stress.

Q: (3) 12 12" 12 4" 30" Uncra e ked ft-k M=50 ftop = ? fbot = ? Mer= ?

A:

Q: 24 kN 36 kN 18 kN 30 kN 12 kN | | 12 kNm A1=-24(1)=-24 1m 1m 1m 1m 2 m 2 m 3 m "RA=72 kN Re= 48'kN v…

A:

Q: Given the following: b=380mm d=530mm fc'=30MPA fy=320MPa Mu=650KN-m Determine As A. USE NSCP 2015,…

A: Given,

Q: Sedwork 2F 35kN 0.5m 6.5kN cipkt 10.5m Determine a) Tmax b) Jcmax c) Tmax 3kH 10.5m 115mm 85mm [I…

A: Given To find  a) max shear stressb) max compressive stressc) max tensile stress

Q: B 3 ft 6 ft A 3 ft Draw SFD and BMD

A: Find the reactions consider ∑Fy=0VB+VA=12(3)(600)+600(6)+12(3)(600)as it is symmetrical beam…

Q: 900 N 200N 30N 200Nm 30Nm 075 m 10.75 m 0.75 m 075 m

A:

Q: Situation 5. Determine Ix amd ly. 12" 6" 12" r=D4" r=6"

A:

Design criteria for structural loading

The different loads such as loads due to self-weight (dead load) and external loads such as live load, wind loads, seismic load, snow load, and other loads and load combinations that influence the design of a building are called structural loading. The nature of the applied load differs from changes in the location, design, and type of materials used. The design criteria require that structures must be designed and constructed to be able to withstand all load types that are expected to act upon the structure and render its usage for the designated purpose. The structural members such as beams, slabs, columns, and foundations help the structure to withstand the applied load. There are different institutes such as ASCE and ACI that provide building design codes to assure minimum safety requirements and quality of the structures.