Several different types of fracture may occur during clinical use.
Three types of fracture were observed: ductile, mixed mode, and brittle.
Two types of fracture are observed during experiments, fracture on the wall and fracture on the flange.
The CERT test results are consistent with the types of fracture surfaces shown by Scanning Electron Microscopy (SEM).
Shape of the S N curve was a smooth and continuous under three testing conditions in spite of the occurrence on the three types of fracture.
The peak load, crack angle, and three types of fracture energies were obtained to compare the Mixed-Mode cracking characteristics of CIR mixture.
Based on examination of micro-mechanical deformations, three types of fracture processes are proposed for glass bead filled epoxies having different glass bead contents and interfacial strengths.
Fractographic investigation of the pins, however, revealed two types of fracture topographies: a region of stable crack propagation area, with non-pronounced striation and secondary cracks; and a region of unstable propagation, featuring elongated dimples.
Three types of fracture behaviour were assumed to be dependent on the surface-to-surface interparticle distance: (1) cavitation and crazing; (2) coexistence of cavitation and yielding in the interfacial area; (3) interfacial area yielding and matrix yielding.
From the results, three types of fracture mode were observed on the fracture surface, such as surface-induced fracture, subsurface inclusion-induced fracture without granular bright facet (GBF) area and that with GBF area around an inclusion.
