Defflection of connecting rod,under pretension,due to distributed load
Defflection of connecting rod,under pretension,due to distributed load
(OP)
I am analyzing a situation where a connecting rod (diameter 50mm), under pretension, is subjected to a distributed load over the entire length of the rod. How does pretension in a connecting rod (tie rod) effect the deflection (bending) characteristics of the rod due to the distributed load applied?





RE: Defflection of connecting rod,under pretension,due to distributed load
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desertfox
RE: Defflection of connecting rod,under pretension,due to distributed load
Is the rod subjected to a uniform load transverse to the axis, or is the load along the axis?
Is creep a design factor?
Material? Steel?
Does the rod have only noncompressible material in the grip, or is it acting like a sagging rod / stiff cable?
If there is no compression in the rod, stability is not a concern, and the tensioning effect actually reduces out-of-plane bending deflections slightly. Of course, maximum tensile stress is higher from the combined effect.