In recent decades, cementless implants have been widely used in clinical practice to replace
missing organs, to replace damaged or missing bone tissue or to restore joint functionality …

Bone is an outstanding, well-designed composite. It is constituted by a multi-level structure
wherein its properties and behavior are dependent on its composition and structural …

A primary objective of finite element human body models (HBMs) is to predict response and
injury risk in impact scenarios, including cortical bone fracture initiation, fracture pattern, and …

Modeling of cortical bone response and failure is critical for the prediction of Crash Induced
Injuries (CII) using advanced finite element (FE) Human Body Models (HBM). Although …

This review paper is an attempt to take up all the research work of the various researchers
during the last decades in the field of finite element analysis of the human femur bone using …

Intracortical remodeling, and the osteons it produces, is one aspect of the bone
microstructure that is influenced by and, in turn, can influence its mechanical properties …

In this work, a procedure is proposed to estimate the critical energy release rate G c of the so-
called cement line in cortical bone tissue. Due to the difficulty of direct experimental …

In this work, we present two strategies for the numerical modelling of microcracks and
damage within an osteon. A numerical model of a single osteon under compressive …

Background Current clinical methods for fracture prediction rely on two-dimensional imaging
methods such as dual-energy X-ray absorptiometry and have limited predictive value …

Osteoporosis is a common skeletal disease, affecting millions of individuals worldwide.
Currently used osteoporosis treatments substantially reduce vertebral fracture risk, whereas …