Conference Topics

Contributions related, but not limited, to the following topics of interest are welcome:

FINITE DIFFERENCES:
Iterative methods
Error Analysis
Stability
Nonlinear problems
Parallel numerical algorithms
Grid equations and grid computing
Cellular automata
Multidimensional Systems
Multidimensional Systems' Factorization
Multidimensional Systems' Stability
Adaptive Methods in Finite Differences
Inverse problems with Finite Differences
Dynamic problems with Finite Differences
Function fitting
Adaptive Methods
Acceleration Techniques
Stiff Problems
Ill-Posed Problems
Neural Networks applications in Finite Differences
Genetic Algorithms' applications in Finite Differences
Other Computational Intelligence Techniques in Finite Differences

FINITE ELEMENTS:
Error Analysis
Stability
Nonlinear problems
Parallel numerical algorithms
Grid equations and grid computing
combined finite difference ~ finite element methods ~
Computational techniques in FEM
Inverse problems with FEM
Dynamic problems with FEM
Adaptive methods and adaptive techniques for FEM
Function fitting in FEM
Wavelets and orthogonal series for FEM
Software packages and graphic tools (for FEM)
Discretization Techniques
Neural Networks applications in Finite Elements
Genetic Algorithms' applications in Finite Elements
Other Computational Intelligence Techniques in FEM

FINITE VOLUMES:
Iterative methods,
Godunov finite volume discretizations
Monotone schemes, E-flux schemes
Stability, convergence and error estimates
Discrete maximum principles and stability
Convergence, Error estimates, A posteriori error estimate
A priori error estimate, Higher order accurate FV schemes and generalizations
TVD schemes, MUSCL schemes, ENO/WENO schemes,
Reconstruction via primitive function
WENO reconstruction, Higher order accurate FV schemes in multi-dimensions
Positive coefficient schemes on structured meshes
FV schemes on unstructured meshes utilizing linear reconstruction
Linear reconstruction operators on simplicial control volumes
Linear reconstruction operators on general control volumes shapes
General p-exact reconstruction operators on unstructured meshes
Positive coefficient schemes on unstructured meshes
Further Advanced Topics, Higher order time integration schemes
Explicit SSP Runge-Kutta methods
Optimal second and third order nonlinear SSP Runge-Kutta methods
Conservation laws including diffusion terms
Choices of the numerical diffusion flux DJK
Extension to systems of nonlinear conservation laws
Numerical flux functions for systems of conservation

BOUNDARY ELEMENTS:
Integral equations
Mesh Reduction methods
Grid equations and grid computing
Dual reciprocity method for BEM
Modified Trefftz method
Fundamental solution method
Computational techniques in BEM
Inverse problems with BEM
Dynamic problems with BEM
Aaptive methods and adaptive techniques for BEM
Function fitting in BEM
Wavelets and orthogonal series for BEM
Software packages and graphic tools (for BEM)
Neural Networks applications in BEM
Genetic Algorithms' applications in BEM
Other Computational Intelligence Techniques in FEM

Bulletin Board

Currently:

The organizing committee is accepting papers and special session proposals.


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