Is there any correlation between the uniform distribution of pressure inside a liquid and the stress in different direction in a solid.? Suppose I allow a pressurized water to be settled down as an ICE,then certainly the pressure term won't valid anymore and will be replaced by the equivalent stress(???..) So what will be the relation between previously applied pressure on water and now developed stress in the Ice.?
regards, Yogesh
Dear yogesh:
No. A "chunk" of fluid has sheer force as a function of velocity. A solid has sheer forces as a function of displacement. A fluid has energy transfer/storage as a function of velocity. A solid has energy transfer/storage as a function of velocity/displacement.
David A. Smith
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