A typical rigid bar AB of the length 5m for a cantilever type car shed as shown in figure is hinged at B and supported in a horizontal position by 2 inclined steel wires of diameter 3cm each is placed at a distance of 1.5 m and 3 m respectively from end A . a) Find safe dead load that can be applied at A . Assume load factor of 1.5 . Take fy=460N/mm2 b) If end B is now replaced with a fixed support and with a fixed end moment of 46kNm. Find the safe load that can be applied at joint A . Q3 A typical rigid bar AB of length 5m for a cantilever type car shed as shown in figure ishinged at B and supported in a horizontal position by 2 inclined steel wires of diameter 3cm each is placed at a distance of 1.5 m and 3 m respectively from end A.1.75 ma) Find safe load that can be applied at A. Assume load factor of 1.5. Take fy=460N/mm?.b) If end B is now replaced with a fixed support and with a fixed end moment of 46 kNm.Find the Safe load that can be applied at joint A.

The given data is as follows: Length of bar AB=5 mDiameter of steel wires=3 cmDistance of wires from…

Answered: A typical rigid bar AB of the length 5m…

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 typical rigid bar AB of the length 5m for a cantilever type car shed as shown in figure is hinged at B and supported in a horizontal position by 2 inclined steel wires of diameter 3cm each is placed at a distance of 1.5 m and 3 m respectively from end A .

a) Find safe dead load that can be applied at A . Assume load factor of 1.5 . Take fy=460N/mm²

^{b) If end B is now replaced with a fixed support and with a fixed end moment of 46kNm. Find the safe load that can be applied at joint A .}

Q3 A typical rigid bar AB of length 5m for a cantilever type car shed as shown in figure is
hinged at B and supported in a horizontal position by 2 inclined steel wires of diameter 3
cm each is placed at a distance of 1.5 m and 3 m respectively from end A.
1.75 m
a) Find safe load that can be applied at A. Assume load factor of 1.5. Take fy=460N/mm?.
b) If end B is now replaced with a fixed support and with a fixed end moment of 46 kNm.
Find the Safe load that can be applied at joint A.

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