Abstract in atti di convegno

Polluted porous media biological decontamination

Some kind of pollutant, particularly hydrocarbon, can be removed from the polluted subsoil by means of micro organism activity. Oxygen is required during the biodegradation process and therefore air is injected in the subsoil. A multiphase and multicomponent mathematical model describing the…

Salt-wedge intrusion in river mouths: assessment of wind effect

Hypersensitive Optimal Control of Invasive Species

Effectively dealing with invasive species is a pervasive problem in environmental management. The damages, and associated costs, that stem from invasive species are well known, as is the benefit from their removal. We investigate problems where optimal control theory has been implemented, and we…

Mathematical models for the decontamination of polluted subsoil by bioventing

Modelli e progettazione ottimale nella decontaminazione del sottosuolo mediante bioventing

Stability of numerical approximations to Volterra integral equations

Network-constrained bi-clustering of patients and multi-scale omics data

Recent advances in omics profiling technologies yield ever larger amounts of molecular data. Yet, the elucidation of the molecular basis of human diseases remains an unsolved challenge. The analysis of multi-scale omics data requires integrative bioinformatic tools capable of multi-modal computing…

Aspetti matematici del disinquinamento del sottosuolo mediante le tecniche di "bioremediation"

A reaction-diffusion model to predict the regeneration of cardiac tissues via stem cell therapy

A Bioventing Mathematical Model Based on Pure Oxygen Injection

A mathematical model and the simulation of subsoil decontamination by bioventing will be presented. The bases for the model construction are the following: (1) the pollutant is considered as immobile and confined in the unsaturated zone; (2) only oxygen is injected in the subsoil by wells; (3)…