This is Design and analysis of algorithms for solving mathematical problems in science and engineering numerically. Traditionally called numerical analysis Distinguishing features:
- continuous quantities.
- efects of approximations.
This is important (scientific computing) because can be made many simulation of physical phenomena and Virtual prototyping of products.
About me:
I´m Computer Science Programmer from Universidad de Carabobo, Venezuela (December, 2003). I´m associate researcher in the Universidad de Carabobo, Venezuela and PDVSA-INTEVEP, I visited the CSRC (Computational Science Research Center), California, USA in 2004. I Domain the programming languages: C, C++ and Java. Resolution of physical problems especially those of Computational Fluids Dynamics (CFD) where they are solved by means of partial differential equations.
The present research areas of Miguel Fagundez refer to the mathematical and numerical analysis of linear boundary value problems in fluid mechanics, in interior as well as in exterior regions:
The following tools are employed (mainly):
* Mimetic Methods.
* Finite Difference Methods.
* Finite Element Methods (Process).
The following objectives are sought:
* Existence and Uniqueness of Discrete Solutions.
* Fully Discrete Schemes.
* Efficient Algorithms and Computational Implementations.
* Scientific Visualizations.
