An instrumented indentation method is developed for generating maps of time-dependent
viscoelastic and time-independent plastic properties of polymeric materials. The method is …

This paper investigates the characterization and numerical modeling of the elastic behavior
of the human humerus bone using a recently developed micromechanical approach …

Diaphyseal long bone fractures have been identified in very young children (1-3 years) due
to accidental and non-accidental trauma. Failure to diagnose a child's fracture as non …

Bone bears different loads, such as compressive, shear, and tensile, during day-to-day
activities. Compressive load which is prominent may cause bone fracture/injury in case it …

Background: Remodeling process affects the mineral content of osteons and imparts
heterogeneity through secondary mineralization; the aim of the present study is to assess …

The incidence of bone fracture increases with age, due to both declining bone quantity and
quality. Towards the goal of an improved understanding of the causes of the age-related …

Correlational models between mechanical and physico-chemical properties are of interest
for bone modeling and numerical simulations of bone growth and remodeling. Therefore, the …

Correlational models between mechanical and physico-chemical properties are of interest
for bone modeling and numerical simulations of bone growth and remodeling. Therefore, the …

Bone is a multiphase, hierarchical biological material. Bone mechanical stiffness is assumed
to be linked to the mineral phase whereas the reinforced function to the organic phase [1] …

Quantification of the mechanical properties of cortical bone through life span models is an
invaluable source of data for bone modeling and numerical simulations. This data allows the …