volume 29, issue 8, P1023-1031 1996
DOI: 10.1016/0021-9290(96)00009-7
View full text
|
|
Share

Abstract: It has been proposed that longitudinal shear stresses create bone microdamage, which suggests that bone is weak in shear and may not be adapted to prevent crack growth under shear loading. However, based on the similarities between bone and other fiber-reinforced composites that are tough, i.e. resistant to crack growth, we hypothesized that resistance of human bone to crack growth under shear loading is greater than under tensile loading. Because bone from older individuals and women has demonstrated increase…

Expand abstract