This paper comprehensively reviews the various experimental and numerical techniques,
which were considered to determine the fracture characteristics of the cortical bone. This …

Majority of the fracture toughness tests on orthotropic materials reported in the literature are
based on the testing methods developed for isotropic materials since there is no available …

Because their topological structures have certain crystallographic symmetry, there is
anisotropy in triply periodic minimal surface (TPMS) porous structures. Anisotropy can affect …

Most studies evaluated the energy release rate of cortical bone macrostructure under Mode
I, Mode II, and mixed Mode I-II loading conditions. However, testing the macrostructural …

Anisotropic materials, such as alloy, wood and fiber-reinforced composites, are widely used
in load-bearing components. Accurately obtaining its fracture performance is crucial for …

Abstract Background and Objective Critical energy release rate is a global fracture
parameter that could be measured during the failing process, and its value may change …

This study delves into the analysis of interface crack propagation originating from a right-
angle corner along the bonding plane between the two plates composed of dissimilar …