In this article, we summarize the developments in the mathematical modeling of the
mechanics of bone and related biological phenomena. We will devote special attention to …

This review dives into the complex dynamics of bone remodeling, combining biological
insights with mathematical perspectives to better understand this fundamental aspect of …

This paper aims to construct a general framework of coupling tumor–bone remodeling
processes in order to produce plausible outcomes of the effects of tumors on the number of …

Multiphysics models have become a key tool in understanding the way different
phenomenon are related in bone remodeling and various approaches have been proposed …

This work concerns mechanical systems known as “pantographic structures”, which are
considered a family of beams connected by pivots. We propose a computationally efficient …

In this chapter a discrete 2D kinematic system model is presented. Its aim is to reproduce the
behavior of several 2D continuum systems. We started from studies on swarm robotics; in …

The aim of this paper is to measure distances between autonomous underwater vehicles
using power LED as light source and photodiode as receiver in unknown light water …

In this paper, we describe qualitatively material deformations and fracture phenomena using
a discrete 2D kinematic model. This model is based on the swarm intelligence approach …

In this paper we study a recently proposed mathematical model for the description of the
mechanics of bone as well as bone remodeling processes and bone cell populations …

The importance of mechanical modeling has been increasing in recent years for almost
every area of biological sciences. The process of bone recovery is one of the issues to be …