FBD of Two rods pinned together

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SUMMARY

The discussion centers on the analysis of Free Body Diagrams (FBD) for two rods pinned together at their connections, forming part of an equilateral triangle. It is established that the pins do exert reaction forces on each rod, which can indeed be decomposed into horizontal and vertical components. Furthermore, for two rods pinned together, the individual components of the reaction forces act in opposite directions, ensuring equilibrium at the connection points.

PREREQUISITES
  • Understanding of Free Body Diagrams (FBD)
  • Knowledge of equilibrium conditions in statics
  • Familiarity with reaction forces and their components
  • Basic principles of mechanics related to pinned connections
NEXT STEPS
  • Study the principles of static equilibrium in mechanical systems
  • Learn how to construct Free Body Diagrams for complex structures
  • Explore the concept of reaction forces in pinned joints
  • Investigate the effects of force decomposition in two-dimensional systems
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This discussion is beneficial for engineering students, mechanical engineers, and anyone involved in structural analysis or mechanics, particularly those focusing on statics and the behavior of pinned connections in structures.

Master1022
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I understand that this will be a simple question, but I am having a difficult time understanding what is going on in the situation when two rods are pinned together.

The situation is this: imagine that you have three rods arranged to form an equilateral triangle and each of them are pinned together at the connections.

My question is: do the pins exert reaction forces on each of the rods that can be split up into horizontal and vertical components? If so, for two rods that are pinned together, will the individual components of the reaction forces be in opposite directions?

Thanks in advance.
 
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Think about making a FBD for the pins themselves.
 

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