A homogeneous, prismatic beam shown in the figure has a weight of 4.7 kN/m and is carrying a uniformly distributed load, w. It is attached to two cables made of different materials with the following properties: MaterialModulus of ElasticityAllowable StressA200 GPa95 MPaB240 GPa105 MPa Design the size of the cable such that after the load has carried by the cables the beam will remain in horizontal position. Fill up the table 1 with your design.Table 1: Design of Cables MaterialCross-sectional Area (sq.mm.)Actual Axial Stress (MPa)A B See image attach A homogeneous, prismatic beam shown in the figure has a weight of 4.7 kN/m and is carrying auniformly distributed load, w. It is attached to two cables made of different materials with thefollowing properties:MaterialModulus of ElasticityAllowable StressA200 GPa95 MPаB240 GPa105 MPaDesign the size of the cable such that after the load has carried by the cables the beam willremain in horizontal position. Fill up the table 1 with your design.Table 1: Design of CablesMaterialCross-sectional Area (sq.mm.)Actual Axial Stress (MPa)A/////////////Material AMaterial Bw = (n) kN/m1000400010000007

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Answered: A homogeneous, prismatic beam shown in…

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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A homogeneous, prismatic beam shown in the figure has a weight of 4.7 kN/m and is carrying a uniformly distributed load, w. It is attached to two cables made of different materials with the following properties:

Material	Modulus of Elasticity	Allowable Stress
A	200 GPa	95 MPa
B	240 GPa	105 MPa

Design the size of the cable such that after the load has carried by the cables the beam will remain in horizontal position. Fill up the table 1 with your design.

Table 1: Design of Cables

Material	Cross-sectional Area (sq.mm.)	Actual Axial Stress (MPa)
A
B

See image attach

A homogeneous, prismatic beam shown in the figure has a weight of 4.7 kN/m and is carrying a
uniformly distributed load, w. It is attached to two cables made of different materials with the
following properties:
Material
Modulus of Elasticity
Allowable Stress
A
200 GPa
95 MPа
B
240 GPa
105 MPa
Design the size of the cable such that after the load has carried by the cables the beam will
remain in horizontal position. Fill up the table 1 with your design.
Table 1: Design of Cables
Material
Cross-sectional Area (sq.mm.)
Actual Axial Stress (MPa)
A
//////
///////
Material A
Material B
w = (n) kN/m
1000
4000
1000
0007

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