RESEARCH ON ENERGY DISSIPATED IN A CYCLE OF ELASTIC ADHESION

RESEARCH ON ENERGY DISSIPATED IN A CYCLE OF ELASTIC ADHESION

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The present paper argues that adhesion forces and elastic deformation in the contact zone may contribute significantly to the relative displacement during fretting of metals.A simultaneously applied tangential force and normal into contact appears a groth cabernet sauvignon 2017 adhesion force.A tangential force whose magnitude is less equal on greater lg up8770 than the force of limiting friction will not give rise on give rise to a sliding motion.

It is determined the energy loss dissipated per fretting cycle.