QUESTION 3 Two titanium bars are joined together to make a truss structure as shown in Figure below. Both bars are of equal length and diameter 12 mm. The internal angle of the truss is 30°. If a sphere weighing 10kN is hanging vertically from the structure, calculate the stress (MPa) in each bar of the truss structure. Titanium bar 30° Titanium bar

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Chapter2: Loads On Structures
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QUESTION 3
Two titanium bars are joined together to make a truss structure as shown in Figure below. Both bars are of equal length and
diameter 12 mm. The internal angle of the truss is 30°. If a sphere weighing 10kN is hanging vertically from the structure,
calculate the stress (MPa) in each bar of the truss structure.
Titanium bar
30°
Titanium bar
Transcribed Image Text:QUESTION 3 Two titanium bars are joined together to make a truss structure as shown in Figure below. Both bars are of equal length and diameter 12 mm. The internal angle of the truss is 30°. If a sphere weighing 10kN is hanging vertically from the structure, calculate the stress (MPa) in each bar of the truss structure. Titanium bar 30° Titanium bar
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