|
Erin Carson
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical linear algebra, high performance matrix computations, parallel algorithms.
|
|
Scott Congreve
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical methods for PDEs, A posteriori error analysis, hp-adaptive mesh refinement, Domain decomposition methods.
|
|
Vit Dolejsi
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical solution of partial differential equations with applications in fluid mechanics.
|
|
Jiri Felcman
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
|
| |
Numerical methods for solving PDEs, finite element method, discontinuous Galerkin method, applications in fluid dynamics.
|
|
Marouan Handa
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Optimization
|
|
Iveta Hnetynkova
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical linear algebra, least-squares methods and regularization methods for ill-posed problems.
|
|
Ritesh Khan
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical Linear Algebra, Scientific Computing, Fast Algorithms.
|
|
Petr Knobloch
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Finite element method and its application to the simulation of incompressible flows and to the solution of convection-dominated problems.
|
|
Vaclav Kucera
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical analysis, Computational fluid dynamics, Discontinuous Galerkin and Finite element methods, Discrete dynamical systems, fractals and chaos.
|
|
Santolo Leveque
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical Analysis, Numerical Linear Algebra, Iterative Methods, PDE-Constrained Optimization.
|
|
Yuxin Ma
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Scientific computing, deep learning, graph and equivariant neural networks, mixed precision variants of algorithms.
|
|
Michal Outrata
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical methods, domain decomposition methods, Krylov subspace methods, optimization.
|
|
Lenka Ptáčková
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Mathematics, Computational Graphics.
|
|
Stefano Pozza
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical solution of ODEs, Krylov subspace methods, Functions of banded matrices, Extrapolation methods.
|
|
Zdenek Strakos
|
[MathSciNet]
[zbMATH]
[Scholar]
|
| |
Krylov subspace methods - principles and analysis.
|
|
Petr Tichy
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical linear algebra, approximation of functions, numerical optimization, rounding error analysis.
|
|
Miroslav Tuma
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Solution of large sparse systems of linear equations by direct and preconditioned iterative methods.
|
|
Martin Vohralík
|
[ORCID]
[WoS]
[MathSciNet]
[Scopus]
[zbMATH]
[Scholar]
|
| |
Numerical soluion of PDEs, a posteriori error estimates, adaptivity, numerical simulations.
|