The discussion centers on the mechanics of tension and compression in axially loaded members, specifically a thin rod subjected to an 80kN tensile force. It is established that while the rod experiences tension, the surrounding tube must provide a compressive reaction to maintain equilibrium. The interaction between the tensile force on the rod and the compressive forces in the tube is critical for understanding the system's stability, even if not explicitly stated in the problem.
PREREQUISITESThis discussion is beneficial for engineering students, structural engineers, and anyone involved in the analysis of mechanical systems under axial loads.
When you pull on the rod at point C, the tensile force is transmitted back to the plate and nut at point B. You cannot have a tension in the tube with this arrangement of parts.influx said:
