INDEXES:
The Proceedings related to the Conference are covered by:

JOURNALS:
BEST PAPERS: The authors of the Best Papers will be invited to send extended versions of their papers after the conference to the Editor-in-Chiefs of WSEAS Journals. These extended versions might be published in the WSEAS Journals after the conference with additional review. This very limited number of high-quality papers will be announced in the Post-Conference report of the Conference.

No-show authors will be excluded from any further publication in WSEAS Journals, regardless of the quality of their papers. Additionally, they will be required to pay extra shipping and handling fees in order for the organizing committee to mail out their registration receipt, CD-ROM proceedings, and one volume of the hard-copy proceedings.

These journals are covered by:

1. ISI through the INSPEC (IEE)
2. INSPEC (IET, former IEE)
3. CSA (Cambridge Scientific Abstracts)
4. ELSEVIER and Elsevier Bibliographic Database
5. ZENTRALBLATT
6. MATHSCINET of AMS (American Mathematical Society)
7. ULRICH
8. MATHEMATICAL REVIEWS of AMS (American Mathematical Society)
9. Computer Science Bibliography Administrator
10. British Library
11. American Chemical Society and its Index: Chemical Abstracts Service
12. European Library in Paris (France)
13. DEST Database (Australia)
14. Swets Information Services
15. Engineering Information
16. SCOPUS
17. EBSCO
18. EMBASE
19. Compendex (CPX)
20. Geobase
21. BIOBASE
22. BIOTECHNOBASE
23. FLUIDEX
24. OceanBase
25. BEILSTEIN Abstracts
26. World Textiles
27. MEDLINE
28. Mayersche
29. Index of Information Systems Journals
30. National Library of Greece: See the link: NLG-Journals
31. IARAS Index
 

MEMBERS of the COMMITTEE:
See:
http://www.wseas.us/conferences/2011/paris/f-and-b/committee.htm

TOPICS OF THE CONFERENCE:

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

APPLICATIONS IN:
Fluid Mechanics
Composite materials
Thermodynamics, Statistical Physics
Heat and Mass Transfer
Electromagnetics
Acoustics
Wave Propagation and Scattering,
Quantum Mechanics
Solid State Physics and Material Science
Elasticity Theory and Structural Engineering
Damage mechanics and fracture
Environmental Engineering (Pollution)
Earth Sciences, Geology, Geoengineering
Mathematical Biology
Oceanology
Others

REGISTRATION FEES:
Details:
http://www.wseas.us/conferences/2011/paris/f-and-b/fees.htm

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