The paper deals with the mathematical models for the electrical activity of the heart at the micro- and macroscopic level. By using the tools of the Γ–convergence theory, a rigorous mathematical derivation of the macroscopic model called “bidomain” directly from the microscopic properties of the tissue is presented
The paper deals with a mathematical model for the electric activity of the heart at macroscopic leve...
The paper deals with a mathematical model for the electric activity of the heart at the macroscopic ...
A novel multiple scales method is formulated that can be applied to problems which have an almost\ud...
The paper deals with the mathematical models for the electrical activity of the heart at the micro- ...
The paper deals with the mathematical models for the electrical activity of the heart at the micro-...
Mathematical Modeling of the bioelectric activity of the cardiac cell and of the tissue.Nmerical met...
This paper deals with mathematical models of cardiac bioelectric activity at both the cell and tissu...
International audienceIn the present paper, a new three-scale asymptotic homogenization method is pr...
The work deals with the foundations of bioelectric phenomena cardiomyocyte, then it is also part of ...
Models of cardiac electrical activity cover a wide range of spatial scales, from the genesis of the ...
A novel multiple scales method is formulated th at can be applied to problems which have an almost p...
Abstract. The paper deals with a mathematical model for the electric activity of the heart at macros...
The electrical activation of the heart is the biological process that regulates the contraction of t...
Advanced multiscale models in computational electrocardiology offer a detailed representation of the...
Recent advances in biotechnology and the availability of ever more powerful computers have led to th...
The paper deals with a mathematical model for the electric activity of the heart at macroscopic leve...
The paper deals with a mathematical model for the electric activity of the heart at the macroscopic ...
A novel multiple scales method is formulated that can be applied to problems which have an almost\ud...
The paper deals with the mathematical models for the electrical activity of the heart at the micro- ...
The paper deals with the mathematical models for the electrical activity of the heart at the micro-...
Mathematical Modeling of the bioelectric activity of the cardiac cell and of the tissue.Nmerical met...
This paper deals with mathematical models of cardiac bioelectric activity at both the cell and tissu...
International audienceIn the present paper, a new three-scale asymptotic homogenization method is pr...
The work deals with the foundations of bioelectric phenomena cardiomyocyte, then it is also part of ...
Models of cardiac electrical activity cover a wide range of spatial scales, from the genesis of the ...
A novel multiple scales method is formulated th at can be applied to problems which have an almost p...
Abstract. The paper deals with a mathematical model for the electric activity of the heart at macros...
The electrical activation of the heart is the biological process that regulates the contraction of t...
Advanced multiscale models in computational electrocardiology offer a detailed representation of the...
Recent advances in biotechnology and the availability of ever more powerful computers have led to th...
The paper deals with a mathematical model for the electric activity of the heart at macroscopic leve...
The paper deals with a mathematical model for the electric activity of the heart at the macroscopic ...
A novel multiple scales method is formulated that can be applied to problems which have an almost\ud...
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