## Bioengineering Application Developer at Wolfram

I started working as Bioengineering Application Developer for Mathematica in the Wolfram company. Several weeks ago I was contacted by the Numerical Computation group of Wolfram offering me a fixsed term internship to work on computational models for biological tissues. It is a division of the Research and Development department Read more…

## Wolfram Mathematica Masterclass

I just finished the “Wolfram Mathematica Masterclass: from Beginner to Expert” course held on the Udemy online platform by Dr. Börge Göbel. The course allowed me to refine the already established Skills within the Wolfram Mathematica environment and to touch further practical projects. Mathematica Wolfram Mathematica is a very powerful Read more…

## Gyroid and minimal surfaces for CAD

Realization of an elementary cell of a cellular structure characterized by a Giroid geometry in a CAD modeling environment, using Solidworks. The following article is an extract from a project carried out for the course of Advanced Techniques for the Design of Prosthetic Devices. Held for Medical Engineering at the Read more…

## Multiphysics computational models and poroelasticity

In most phenomena it is often necessary to take into account, in addition to the mechanical characteristics, various other quantities. For example, it is important to analyze the variation over time of quantities such as temperature, thermal flows, current intensity, mass flow, concentration gradients, etc. Most biological tissues can be Read more…

## Elasto-plastic numerical models

Computational models for finite element analysis of material responses with isotropic and kinematic hardening.

## Laminated composites and structural elements

In the present analysis several simulation analysis were carried out to analyze the structural response of CF / PEEK laminated composites showing great potential for application in the biomedical field.Background, in a laminated composite the structural behavior depends on the arrangement of the individual layers, in these analyzes it is Read more…

## Automated Computational Modeling

Automated computational modeling (ACM) is a fairly recent technique that exploits a hybrid approach by combining symbolic computation with numerical computation. These potentialities can be exploited in finite element formulations so it is possible to automate some procedures, including derivation ones, by performing the calculations that until recently were carried Read more…

## Volumetric image processing over trabecular bone

This image processing algorithm arises from the need to have a 3D volume starting from the slices of a CT. There are several algorithms online but most require DICOM images. In this case, the reference dataset is made up of 970 png images. Also, although the image is actually in Read more…

## Numerical homogenization of trabecular bone

The following report introduces various simulation campaigns aimed at homogenizing trabecular bone tissue.Background, analyzing the structure of the trabecular bone it is evident how the shape of the pores and the trabecular structure influence the stiffness and the structural response. It is analyzed how the variation of the pore geometry Read more…