Problem 3.4. A column in a two-story building is fabricated from square structural tubing having the cross-sectional dimensions shown in Figure (Problem 3.4). Axial loads PA =200 kN and Pa =350 kN are applied to the column at levels A and B, as shown in Figure (Problem 3.4a). Determine the axial stress o, in segment AB of the column and the axial stress oz in segment BC of the column. Neglect the weight of the column itself. PA= 200 kN 150 mm = 12 mm 150 mm P= 350 kN (2) 2=15 mm |200 mm 200 mm (a) (b) Figure (Problem 3.4)

Problem 3.4. A column in a two-story building is fabricated from square structural tubing having the cross-sectional dimensions shown in Figure (Problem 3.4). Axial loads PA =200 kN and Pa =350 kN are applied to the column at levels A and B, as shown in Figure (Problem 3.4a). Determine the axial stress o, in segment AB of the column and the axial stress oz in segment BC of the column. Neglect the weight of the column itself. PA= 200 kN 150 mm = 12 mm 150 mm P= 350 kN (2) 2=15 mm |200 mm 200 mm (a) (b) Figure (Problem 3.4)

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 3.4. A column in a two-story building is fabricated from square structural tubing having the cross-sectional dimensions shown in Figure (Problem 3.4). Axial loads PA =200 kN and PB=350 kN are applied to the column at levels A and B, as shown in Figure (Problem 3.4a). Determine the axial stress o in segment AB of the column and the axial stress oz in segment BC of the column. Neglect the weight of the column itself. PA = 200 kN 150 mm, (1) = 12 mm 150 mm P = 350 kN (2) th = 15 mm 200 mm 200 mm (a) (b)
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