From the given figure below. A truss carries a concentrated load at points B, E, F, and G as shown in the figure below. Using unit load method, determine the deflection of the following point. All members of the truss have a circular cross-section: Top Chord has a diameter of 27mm; Bottom chord has a diameter of 40mm; Web member has a diameter of 16mm. USE E=195GPa. If the reaction of point D is 91.108439182435kN, determine the value of "P". 1.) Determine the vertical deflection of point F. 2.) Determine the horizontal deflection of point D. 3.) Determine the vertical deflection of point E.
From the given figure below. A truss carries a concentrated load at points B, E, F, and G as shown in the figure below. Using unit load method, determine the deflection of the following point. All members of the truss have a circular cross-section: Top Chord has a diameter of 27mm; Bottom chord has a diameter of 40mm; Web member has a diameter of 16mm. USE E=195GPa. If the reaction of point D is 91.108439182435kN, determine the value of "P". 1.) Determine the vertical deflection of point F. 2.) Determine the horizontal deflection of point D. 3.) Determine the vertical deflection of point E.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
From the given figure below.
A truss carries a concentrated load at points B, E, F, and G as shown in the figure below. Using unit load method, determine the deflection of the following point.
All members of the truss have a circular cross-section:
Top Chord has a diameter of 27mm; Bottom chord has a diameter of 40mm; Web member has a diameter of 16mm.
USE E=195GPa.
If the reaction of point D is 91.108439182435kN, determine the value of "P".
1.) Determine the vertical deflection of point F.
2.) Determine the horizontal deflection of point D.
3.) Determine the vertical deflection of point E.
4.) Determine the force acting at member BF due to applied force.
Transcribed Image Text:2P
F
2P
G
300
60°
60°
A
300
C
ЗР
4m
4m
4m
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