Thecolumnissubjectedto3forcesasshownbelow.Determinethenormalstressdevelopedateachcorner (A, B, C) of the section by following these steps.2.1) determine centroid of this section (Y)2.2) determine the moments of inertia about Y and Z axes2.3) determine resultant axial force and its compressive stress2.4) determine the bending moments about Y and Z axes due to each force 2.5) determine normal stress at point A, B and C 2) The column is subjected to 3 forces as shown below. Determine the normal stress developed at each corner(A, B, C) of the section by following these steps.2.1) determine centroid of this section (Y)2.2) determine the moments of inertia about Y and Z axes2.3) determine resultant axial force and its compressive stress2.4) determine the bending moments about Y and Z axes due to each force2.5) determine normal stress at point A, B and C100N3 сmY+9 cm6 cmZ+25N50NC.3 ст

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Answered: 2) The column is subjected to 3 forces…

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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Thecolumnissubjectedto3forcesasshownbelow.Determinethenormalstressdevelopedateachcorner (A, B, C) of the section by following these steps.
2.1) determine centroid of this section (Y)
2.2) determine the moments of inertia about Y and Z axes
2.3) determine resultant axial force and its compressive stress
2.4) determine the bending moments about Y and Z axes due to each force 2.5) determine normal stress at point A, B and C

2) The column is subjected to 3 forces as shown below. Determine the normal stress developed at each corner
(A, B, C) of the section by following these steps.
2.1) determine centroid of this section (Y)
2.2) determine the moments of inertia about Y and Z axes
2.3) determine resultant axial force and its compressive stress
2.4) determine the bending moments about Y and Z axes due to each force
2.5) determine normal stress at point A, B and C
100N
3 сm
Y+
9 cm
6 cm
Z+
25N
50N
C.
3 ст

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