In Vitro Evaluation of Shear Bond Strength and Mode of Failure of the Interface between an Indirect Composite Bonded to Fiber‐Reinforced Composite Substructures

Abstract

In FPDs, the morphology and type of FRC substructures might influence the shear bond strength between the FRC substructure and the indirect veneering composite. With the proper design of these substructures, the number of veneering fractures may be decreased.

Resin Bond to Indirect Composite and New Ceramic/Polymer Materials: A Review of the Literature

“…Reason for exclusion: No surface treatment of indirect composite No detailed information on number of specimens Research question and purpose of the study focused above on other parameters than bond strength Other bonding substrates than human teeth or ceramic or composite No or uncommon artificial aging method …”

Effects of polymerization method on flexural and shear bond strengths of a fiber-reinforced composite resin

“…In addition, a representative fractured surface was examined using a scanning electron microscope (SEM, S3500N, Hitachi High Technologies Corp., Tokyo, Japan). After shear bond testing, the fractured surfaces were evaluated according to previously described methods (11,12,14).…”

“…59, No. 1, [13][14][15][16][17][18][19][20][21]2017 Original Effects of polymerization method on flexural and shear bond strengths of a fiber-reinforced composite resin to the bending test, shear bond testing is important for direct evaluation of the bond strength between fiber and composite components (11)(12)(13)(14). During the bending and shear bond tests, satisfactory bonding between fiber and composite is necessary in order to ensure adequate mechanical properties of FRC, and many factors that affect this bond have been reported.…”