Friction and wear behavior of glasses and ceramics

Adhesion, friction, and wear behavior of glasses and ionic solids are reviewed. These materials are shown to behave in a manner similar to other solids with respect to adhesion. Their friction characteristics are shown to be sensitive to environmental constituents and surface films. This sensitivity can be related to a reduction in adhesive bonding and the changes in surficial mechanical behavior associated with Rehbinder and Joffe effects. Both friction and wear properties of ionic crystalline solids are highly anisotropic. With metals in contact with ionic solids the fracture strength of the ionic solid and the shear strength in the metal and those properties that determine these will dictate which of the materials undergoes adhesive wear. The chemical activity of the metal plays an important role in the nature and strength of the adhesive interfacial bond that develops between the metal and a glass or ionic solid

Effect of moist and dry bonding on interfacial failure modes after microtensile bond-testing

published_or_final_versio

Effect of delayed activation of light-cured composites on all-in-one adhesives

Abstract no. 116published_or_final_versio

Compromised bonding of all-in-one adhesives upon delayed activation of light-cured composites

Abstract no. 897published_or_final_versio

Fractographic analysis of dentin bonded with a moist or dry technique after microtensile bone testing

published_or_final_versio

The effect of rewetting agents on in vitro recurrent caries

Abstract no. P-1published_or_final_versio

In vitro recurrent caries inhibition effects by a fluoride-containing rewetting agent

Abstract no. 1168published_or_final_versio

Effect of light- and chemical-cured composites on microtensile bond strength of simplified-step adhesives

Abstract no. 66published_or_final_versio

Chemical-cured composite weakens bonding of adhesives by surface interaction

Abstract no. 1700published_or_final_versio

An ultrastructural study of bonding of a self-etching primer to sclerotic dentin

Abstract no. 1538published_or_final_versio