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A bracket is subjected to a load of 70 kN and is connected to a stanchion by welding. Find the size of the weld so that the load can be carried safely. (Given, distance of the C.G. of the welded area from BC = X = 29.38 mm, Polar moment of inertia, Ip = 5.78 x 10 t mm, t = throat thickness, take value of K = 0.707 for calculation of size of the weld and Fe 410 grade of steel). 160 mm 70 kN 120 mm 180 mm 250 mm

A bracket is subjected to a load of 70 kN and is connected to a stanchion by welding. Find the size of the weld so that the load can be carried safely. (Given, distance of the C.G. of the welded area from BC = X = 29.38 mm, Polar moment of inertia, Ip = 5.78 x 10 t mm, t = throat thickness, take value of K = 0.707 for calculation of size of the weld and Fe 410 grade of steel). 160 mm 70 kN 120 mm 180 mm 250 mm

Structural Analysis
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 bracket is subjected to a load of 70 kN and is connected to a stanchion by welding. Find the size of the weld so that the load can be carried safely. (Given, distance of the C.G. of the welded area from BC = X = 29.38 mm, Polar moment of inertia, Ip = 5.78 x 106 t mm, t = throat thickness, take value of K = 0.707 for calculation of size of the weld and Fe 410 grade of steel). 160 mm 70 kN 12b mm 180 mm 250 mm а. 3.1 mm b. 4.5 mm с. 5.8 mm d. 6.2 mm
Transcribed Image Text:A bracket is subjected to a load of 70 kN and is connected to a stanchion by welding. Find the size of the weld so that the load can be carried safely. (Given, distance of the C.G. of the welded area from BC = X = 29.38 mm, Polar moment of inertia, Ip = 5.78 x 106 t mm, t = throat thickness, take value of K = 0.707 for calculation of size of the weld and Fe 410 grade of steel). 160 mm 70 kN 12b mm 180 mm 250 mm а. 3.1 mm b. 4.5 mm с. 5.8 mm d. 6.2 mm
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