Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spreadhorizontally has a magnitude of 6.5 KN/m. Fill-up the table below for the required data. Given the followingmaterials specification, fy (cable) = 415 MPa, fc' (concrte) = 24 MPa, Yconcrete = 23.5 KN/m³.• Determine the Maximum Tension in The Cable =_KN.Given the capacity of the cable, determine it's diameter=___mm_mmFor the square post at A, what will be it's theoretical dimensions, x =_What will be the total Volume of the concrete at B to serve as dead man's load =Y = 15 metersY₁ = 40.00 metersX= 45.00 meterL = 450.00 metersDetails at AmY₂= 25.00 metersH=0.425T₂=TA136190C

Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 6.5 KN/m. Fill-up the table below for the required data. Given the following materials specification, fy (cable) = 415 MPa, fe' (concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. • Determine the Maximum Tension in The Cable =_ KN. mm • Given the capacity of the cable, determine it's diameter=__ • For the square post at A, what will be it's theoretical dimensions, x =__ _mm • What will be the total volume of the concrete at B to serve as dead man's load= Y= 15 meters Y₁ = 40.00 meters B X= 45.00 meter L = 450.00 meters Details at A B43619 m Y₂= 25.00 meters =0.425 T₂=TA

Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 6.5 KN/m. Fill-up the table below for the required data. Given the following materials specification, fy (cable) = 415 MPa, fe' (concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. • Determine the Maximum Tension in The Cable =_ KN. mm • Given the capacity of the cable, determine it's diameter= • For the square post at A, what will be it's theoretical dimensions, x = _mm • What will be the total volume of the concrete at B to serve as dead man's load= Y= 15 meters Y₁ = 40.00 meters B X= 45.00 meter L = 450.00 meters Details at A B43619 m Y₂= 25.00 meters =0.425 T₂=TA

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 6.5 KN/m. Fill-up the table below for the required data. Given the following materials specification, fy (cable) = 415 MPa, fe' (concr'te) = 24 MPa, Yconcrete = 23.5 KN/m³. • Determine the Maximum Tension in The Cable =_ KN. (15 points) • Given the capacity of the cable, determine it's diameter = _mm(5 points) • For the square post at A, what will be it's theoretical dimensions, x = _mm(10 pts) _m³ What will be the total volume of the concrete at B to serve as dead man's load = (5 points) Y= 15 meters Y₁ = 40.00 meters B X= 45.00 meter D L = 450.00 meters Detalls at A B42619 Y₂= 25.00 meters H=0.425 T₂=TA (
Problem Number 2: In the given flexible cable set-up carrying a uniformly distributed load spread horizontally has a magnitude of 5.5 KN/m. Fill-up the table belowforthe required data. Given the following materials specification, fy (cable) = 415 MPa, f'concrte) = 24 MPa, Yconcrete = 23.5 KN/m³. • Determine the Maximum Tension in The Cable = _ • Given the capacity of the cable, determineit's diameter= • For the square post at B, what will be it's theoretical dimensions, x =. What will be the total Volume of the concrete at A to serve as dead man's load = KN. _mm _mm m3 B 10 reters 25.00 meters 15.00 meters 20.00 meter L= 275.00 meters
If the weight of the crate is 2021 Newtons, calculate the tension in: Cable A in Newtons Cable B in Newtons Cable C in Newtons
6. The wood pole shown in the Figure 4 is supported by two cables of 4 inch diameter. The turnbuckles in the cable are tightened until the stress in the cables reaches 60,000 psi. if the working compressive stress for wood is 200 psi, determine the smallest permissible diameter of the pole. 60° FIGURE 4 60°
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1) A box beam has the following dimensions: h = 500 mm, b = 180 mm, and t = 22 mm. If the yield stress is 270 MPa, what is the yield moment? (Express your answer in kN-m, up to 1 decimal place) 2) A box beam has the following dimensions: h = 500 mm, b = 180 mm, and t = 22 mm. If the yield stress is 270 MPa, what is the shape factor? (Express your answer up to 1 decimal place)
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Example 4.3: Determine the shear resistance of a rolled channel section 229 x 89 Grade S275 steel loaded parallel to the web. Design shear force is 50kN. b Properties (Taken from Eurocode 3 Blue book-Design Data) h = 228.6 mm b = 88.9 mm t₁ = 13.3 mm t₁ = 8.6 mm r = 13.7 mm A = 4160 mm² h tw
Q. For the figures shown; 1. Draw S.F. & B.M. diagrams 2. Determine the maximum bending and shearing stresses developed in the beam. 1. Ans. : (o)max= 378 MN/m (t)max = 39 MN/m? 60 KN 1m |30 KN 5 KN/m 58 102 4m 2m Beam cross-section 2. Ans. : (o)max= 288 MN/m2 (t)max = 3.6 MN/m? 1500 N/M 25mm B A 6 m 3 m Beam cross-section 3. Ans. : (olmax = 94.7 MN/m? (t)max = 3.5 MN/m? | 20 KN 150mm 4 KN/m A 100mm 4m 4m 2m Beam cross-section 150mm 100mm 200mm B.
Fundamental Problem 3.11 The 165-1b crate is supported by cables AB, AC, and AD. Determine the tension in these wires. (Figure 1) Figure 1 of 1 -31 6 ft Part A Determine the tension developed in cable AB. Express your answer to three significant figures and include the appropriate units. FAB= Submit Part B FAC= Submit μA Part C Value lb Determine the tension developed in cable AC. Express your answer to three significant figures and include the appropriate units. My Answers Give Up μA Value lb ? My Answers Give Up ? Determine the tension developed in cable AD. Express your answer to three significant figures and include the appropriate units. << previous | 5 of 6 | next »