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HW (4-1): If the area of each bar of the truss shown in 2w figure is (2700 mm') and the movement of roller (D) was limited to (50 mm), calculate the value of (w). W BV Notes for Solution: 10 m To find the deformation of the roller at D, a unit load is applied at that point and in the direction of the roller's movement. E 10 m 10 m 10 m - Find the reactions, S (in terms of w) and S.u.L = 0.05 m u, then w will be found by applying 4, =EL A E

HW (4-1): If the area of each bar of the truss shown in 2w figure is (2700 mm') and the movement of roller (D) was limited to (50 mm), calculate the value of (w). W BV Notes for Solution: 10 m To find the deformation of the roller at D, a unit load is applied at that point and in the direction of the roller's movement. E 10 m 10 m 10 m - Find the reactions, S (in terms of w) and S.u.L = 0.05 m u, then w will be found by applying 4, =EL A E

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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HW (4-1): If the area of each bar of the truss shown in figure is (2700 mm²) and the movement of roller (D) was limited to (50 mm), calculate the value of (w). 2w W BV Notes for Solution: 10 m To find the deformation of the roller at D, a unit load is applied at that point and in the direction of the roller's movement. - 10 m 10 m 10 m - Find the reactions, S (in terms of w) and S.u.L = 0.05 m u, then w will be found by applying ( 4, =2 A E
Transcribed Image Text:HW (4-1): If the area of each bar of the truss shown in figure is (2700 mm²) and the movement of roller (D) was limited to (50 mm), calculate the value of (w). 2w W BV Notes for Solution: 10 m To find the deformation of the roller at D, a unit load is applied at that point and in the direction of the roller's movement. - 10 m 10 m 10 m - Find the reactions, S (in terms of w) and S.u.L = 0.05 m u, then w will be found by applying ( 4, =2 A E
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