In this paper, the phenomena of resorption and growth of bone tissue and resorption of the
biomaterial inside a bicomponent system are studied by means of a numerical method …

It is well-established that cyclic, but not static, mechanical loading has anabolic effects on
bone. However, the function describing the relationship between the loading frequency and …

The development of predictive mathematical models can contribute to a deeper
understanding of the specific stages of bone mechanobiology and the process by which …

Loading-induced interstitial fluid flow in the microporosities of bone is critical for osteocyte
mechanotransduction and for the maintenance of tissue health, enhancing convective …

In vivo studies suggest that cyclic and low-magnitude loading can be useful over
pharmaceutical drugs in normalizing bone loss as it encourages osteogenesis (ie new bone …

Poly (ɛ-caprolactone) and poly (ethylene glycol) based magnetic nanocomposite scaffolds
were fabricated using fused deposition modeling and stereolithography approaches, and a …

The capacity of bone to optimize its structure in response to mechanical loads has been
widely observed. The mechanical load acting on a bone at the macroscopic level influences …

Repetitive fatigue loading can induce microdamage accumulation in bone matrix, which
results in impaired mechanical properties and increased fracture susceptibility. However, the …

Cortical bone surfaces (periosteal and endosteal) exhibit differential (re) modelling response
to mechanical loading. This poses a serious challenge in establishing an in silico model to …

The effect of fluid flow on tissue adaptation was the focus of many research works during the
last years. Moreover, the use of poroelasticity models to simulate and understand the …