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Titre: Numerical Analysis of Stephan’s Model of Therapy Oxygen for Tumor
Auteur(s): Kerkar, Ayat
Mots-clés: Free boundary problem
Moving Moving boundary problem
Stefan problem
Constrained integral method
Finite difference method
Absorption
Oxygen diffusion
Date de publication: 2024
Résumé: In this thesis, we are interested in Numerical analysis and modeling in medecine. This work is part of a multidisciplinary theme and its objective was to study a stefan's model for the therapy oxygen for tumor.We develop the oxygen diffusion problem where the oxygen is allowed to diffuse into a sick cell which absorbs and immobilizes oxygen at a constant rate. We will show that the moving boundary that represents the oxygen penetration depth inside the sick cell is decrease like the concentration of oxygen. We use a an approximate analytical method for numerical solution of one dimensional. Technique based on constrained integral method to overcome such difficulties. This work are a kind of hope for a cure for this difficult disease.
URI/URL: http://dspace.univ-setif.dz:8888/jspui/handle/123456789/5416
Collection(s) :Mémoires de master

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