Stage 1
Diffusion processes: physical processes and classification
Term: December 10, 2005
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Objectives:
- Modelling and qualitative study of diffusive models.
- Classification of diffusion types and physical models
- Comparative analysis of the discrete and continuous diffusion processes. Kinetic models
Partners: ISMMA, UPB, UPIT
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Stage 2
Mathematical modelling and qualitative studies of diffusion modells
Term: June 30, 2006
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Objectives:
- Modelling and qualitative study of diffusive models.
- Classification of diffusion types and physical models
- Mathematical modelling and qualitative study of the envisaged diffusive models.
- Comparative analysis of the discrete and continuous diffusion processes.
- Spatially discrete form of continuous diffusion equation.
Partners: ISMMA, UPB, UPIT
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Stage 3
Qualitative Study and numerical approximation of diffusion equation
Term: December 10, 2006
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Objectives:
- Modelling and qualitative study of diffusive models.
- Mathematical modelling and qualitative study of the envisaged diffusive models.
- Numerical techniques, algorithms, numerical simulation and validation.
- Discrete approximation of nonlinear diffusion equation.
- Numerical methods to solve algebraic equations.
- Theoretical and numerical validation.
- Comparative analysis of the discrete and continuous diffusion processes.
- Spatially discrete form of continuous diffusion equation.
Partners: ISMMA, UPB, UOVI, UPIT
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Stage 4
Numerical algorithms
Term: August 10, 2007
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Objectives:
- Numerical techniques, algorithms, numerical simulation and validation.
- Numerical methods to solve algebraic equations.
- Theoretical and numerical validation.
Partners: ISMMA, UPB, UOVI
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Stage 5
Validation of numerical schemes
Term: December 10, 2007
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Objectives:
- Numerical techniques, algorithms, numerical simulation and validation.
- Numerical methods to solve algebraic equations.
- Theoretical and numerical validation.
Partners: ISMMA, UPB, UOVI
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