Abstract
In this study, a variant of revealing the relationship between the mechanical and adhesive properties of linearly elastic, homogeneous isotropic second-order materials is presented. This relationship is established with the help of a nonlocal model of an elastic medium based on the idea of the pair and triple potential interactions of infinitely small particles of solid bodies. As an example of the usage of the revealed relationship, mechanical properties of solids influence on their ability to enter or not enter into the state of adhesion is shown.
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