In this review paper, some relevant models, algorithms, and approaches conceived to
describe the bone tissue mechanics and the remodeling process are showcased …

Purpose From the myofibrils to the whole muscle scale, muscle micro-constituents exhibit
passive and active mechanical properties, potentially coupled to electrical, chemical, and …

Bone remodelling is a complex phenomenon during which old and damage bone is
removed and replaced with new one to ensure the physiological functions of the skeletal …

The mechanical behavior of fibrous metamaterials is mainly determined by the interactions
between the fibers composing the architecture. These interactions are usually of two …

The development of multiphysics numerical models to predict bone reconstruction is a very
challenging task as it is a complex phenomenon where many biological, chemical and …

Most of the last century, bone remodeling models have been proposed based on the
observation that bone density is dependent on the intensity of the applied mechanical loads …

Bone remodelling is a self-adaptive process occurring in bone living tissue to optimize its
mechanical response to environmental demands. Some cells, namely osteocytes, monitor …

Across spatial scales, biological systems exhibit exquisite hierarchy in architecture and
function, leading to complex, observable phenomena. In the articular cartilage of our joints …

2. Method Bone remodeling being the result of numerous mechanobiological mechanisms,
we propose to describe its evolution through the use of a biomechanical stimulus ΔS …

This paper provides a thorough investigation of a heat conduction problem that pertains to
tolerance modelling in layered materials made up of multiple components. These media are …