Biomedical engineering (or bioengineering) is a branch of engineering that applies principles of physics, chemistry, biology, materials science and other disciplines related to the design of systems and solutions for biomedical sciences. The purpose of this integration is mainly aimed at the technological, industrial, scientific, clinical, hospital fields.
Mathematical modeling of diffusion mechanisms for drug delivery can be very useful for accelerating product development and for better understanding the mechanisms that control drug delivery from advanced delivery systems. The integration of Comsol’s numerical environment with programming in Matlab allows the development of customized and easily integrated solution models. Read more…
Glucose is essential for human life and its concentration in the blood is strictly regulated. Alterations in blood glucose are a sign of numerous diseases and several clinical tests are used for diagnosis. The IVGTT test is a clinical exam that analyzes two important parameters such as the efficacy of Read more…
Physiological reflexes are the basis of the organism’s survival. These reflexes allow, in a completely involuntary way, to maintain homeostasis. Variations in environmental variables or the appearance of a new signal induce a reflex response from the integration centers, aimed at restoring balance or avoiding dangerous situations. In the following Read more…
Parametric optimization analysis on a hip prosthesis stem subject to two load scenarios aimed at minimizing its mass while maintaining the stress state below the design limits. The following article is an extract from a project carried out for the course of Advanced Techniques for the design of Prosthetic Devices. Read more…
In impedance cytometry, various design and post processing techniques have been developed to improve measurement accuracy. One of the parameters that most afflicts cytometry measurements is the dependence of the signal on the position of the cell within the channel so that identical cells, passing in different positions, give rise Read more…
FEM analysis aimed at characterizing the mechanical behavior of the stem of a hip prosthesis inserted inside a femur. 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 University of Rome Read more…
A linear model of lung mechanics is analyzed in the following report. The model corresponds to an RLC circuit with unknown parameters. Parametric identification allows to trace the system governance coefficients once a mathematical model has been estimated. Different approaches allow to minimize the difference between the estimated parameters and Read more…
Pulmonary ventilation is a critical operation both during surgery and for assisted or replacement ventilation of the patient. This report proposes the analysis of a lung mechanics model through an electrical analogy with an equivalent circuit consisting of resistors and capacitors. This electrical-mechanical analogy makes it possible to analyze how Read more…
In the digital era, even in medicine, numerous images are produced every day and, despite their classification, the segmentation and recognition of objects are less detailed. With the recent development of artificial intelligence and convolutional neural network algorithms it is possible to achieve excellent results. This article analyzes the neural Read more…
In this period I had the opportunity to gain different experiences in the design and construction of antennas. In particular, the latest experiences have focused on the study and design of patch antennas and antenna arrays. The last opportunity, after the realization of the project for the Wireless Electromagnetics Technologies Read more…
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…
Computational models for finite element analysis of material responses with isotropic and kinematic hardening.
The latest developments in Computer Aided Engineering, by means of the remarkable progress that several softwares have been made in terms of computational speed and of enlarged ranges of phaenomena that can be simulated and accurately analyzed, represent an immense span to inventiveness. For this particular instance, it is also Read more…
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 (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…