## Turbulence scenarios in determinist chaos

Abstract AuthorsA. Georgescu C. Vamoş N. SuciuKeywordsReferencesPDFsoon About this paperCite this paper as:JournalSt. Cerc. Mec. Apl. Publisher NameDOINot available…

Abstract AuthorsA. Georgescu C. Vamoş N. SuciuKeywordsReferencesPDFsoon About this paperCite this paper as:JournalSt. Cerc. Mec. Apl. Publisher NameDOINot available…

Abstract AuthorsC. Vamoş Tiberiu Popoviciu Institutue of Numerical Analysis A. Georgescu Faculty of Science, University of Pitești N. Suciu…

AbstractIn this article an abstract discrete system is considered, consisting of an arbitrary, finite numer of particles modelled as mathematical…

AbstractThe usual method in nonequilibrium statistical mechanics allows the derivation of the balance equations only for the collision invariants (mass,…

Abstract AuthorsH. Vereecken U. Jaekel C. Mouvet C. Moreau P. Burauel M. Dust D. J. Kim D. Jacques J.…

AbstractUsing a different method, the balance equations of mass, momentum, and kinetic energy are derived for an arbitrary one-dimensional system…

AbstractStochastic processes and dynamical systems in measure spaces are defined as classes of random variables in the Doob sense. Markov…

AbstractThe paper proposes a numerical model for transport in heterogeneous porous media, built on the background of the continuous modeling…

AbstractA coarse grained space-time average of quantities assigned to the molecules of a corpuscular physical system is defined. It is…

AbstractSmooth concentration fields and balance equations for systems of random walkers are obtained by using the coarsegrained space‐time averaging method…

Book summaryA self-consistent theory of stochastic modeling of groundwater systems is presented. Mathematical theory is illustrated and complemented by numerical methods and simulation codes. doi: http://doi.org/10.1007/978-3-030-15081-5 book on publisher website…

Read More Books, Chebyshev method, Convergence orders, divided differences, eigenvalue/eigenvector problems, history, inexact/perturbed iterations, iterative methods, Krylov methods, linear systems in Rn, local convergence, Newton method, nonlinear systems in Rn, Numerical Analysis, secant/chord method, successive approximations

Book summaryLocal convergence results on Newton-type methods for nonlinear systems of equations are studied. Solving of large linear systems by Krylov methods (GMRES, GMBACK, MINPERT) are also dealt with, as…

Read More AbstractBased on fixed point index, the paper develops a theory of existence, localization and multiplicity of solutions to first-order differential systems subject to linear nonlocal conditions. The main features concern…

Read More - (original) (295)
- (preprint) (16)
- (proceedings) (24)
- (survey) (2)
- Announcements (27)
- Approximation Theory (11)
- book chapter (3)
- Books (4)
- Chebyshev method (4)
- Convergence orders (8)
- divided differences (10)
- eigenvalue/eigenvector problems (8)
- finite differences (FD) (2)
- Finite element (FEM) (9)
- Fixed point theory (13)
- global random walk (14)
- history (3)
- inexact/perturbed iterations (11)
- inverse interpolation (9)
- ISI/JCR (96)
- iterative methods (33)
- Krylov methods (4)
- linear systems in Rn (5)
- local convergence (19)
- metals and alloys casting (12)
- Meteorology (5)
- Monte Carlo simulations (3)
- Newton method (20)
- nonlinear equations in Banach spaces (6)
- nonlinear equations in R (10)
- nonlinear systems in Rn (11)
- Numerical Analysis (89)
- Numerical Modeling (94)
- ODEs (2)
- Optimization (4)
- paper (340)
- PDEs (7)
- Schulz type iterations (2)
- secant/chord method (5)
- semilocal convergence (8)
- spectral methods (2)
- Steffenssen methods (7)
- successive approximations (5)
- talk (4)
- Time Series (13)
- Uncategorized (3)