Biological systems must have the capability to withstand impacts generated during collisions
due to combat and defense. Thus, evolution has created complex materials' architectures at …

The objective of this review is to examine the connection between osteoporosis and
diabetes, compare the underlying causes of osteoporosis in various forms of diabetes, and …

Cancellous bone yield strain has been reported in the literature to be relatively constant and
independent from microstructure and apparent density, while fracture strain shows higher …

Homogenised finite element (FE) analyses are able to predict osteoporosis‐related bone
fractures and become useful for clinical applications. The predictions of FE analyses depend …

Background and objective Finite element models built from micro-computed tomography
scans have become a powerful tool to investigate the mechanical properties of trabecular …

Osteoporosis (OP), a skeletal disease making bone mechanically deteriorate and easily
fracture, is a global public health issue due to its high prevalence. It has been well …

This paper outlines a single crystal plasticity theory for the mesoscale resolution of the
diffusionless transformation process of deformation twinning. Unlike prevalent crystal …

Macro-level failure in bone structure could be diagnosed by pain or physical examination.
However, diagnosing tissue-level failure in a timely manner is challenging due to the …

[CA] Les fractures òssies constitueixen un problema social de salut amb magnitud creixent
per la seua prevalença en la població d'edat avançada a causa de l'osteoporosi. La qualitat …

Biological materials are often composed of relatively weak constituents yet have evolved
complex, hierarchical structures that allow them to achieve remarkable mechanical …