|
Cover page |
|
download |
|
Preface |
i–iv |
download |
|
List of Publications of Michal Křížek |
v–xxx |
download |
J. Chleboun |
Michal's roses of Jericho |
xxxi–xxxiii |
download |
H. Azari, T. Liu, S. Zhang |
Identification of parameters in parabolic inverse problems |
1–13 |
download |
H. Azari, F. Parzlivand, S. Zhang |
A mesh free numerical method for the solution of an inverse heat problem |
14–30 |
download |
J. Brandts, J. van den Hooff, C. Kuiper, R. Steenkamp |
From binary cube triangulations to acute binary simplices |
31–42 |
download |
P. Burda, J. Novotný, J. Šístek |
Analytical solution of Stokes flow near corners and applications to numerical solution of Navier-Stokes equations with high precision |
43–54 |
download |
M. Čertíková, P. Burda, J. Šístek |
Numerical comparison of different choices of interface weights in the BDDC
method |
55–61 |
download |
X. Dai, L. He, A. Zhou |
Adaptive finite element analysis based on perturbation arguments |
62–71 |
download |
V. Dolejší |
An adaptive hp-discontinuous Galerkin approach for nonlinear convection-diffusion problems |
72–82 |
download |
B. Ducomet, Š. Nečasová |
On the motion of rigid bodies in a compressible viscous fluid under the action of gravitational forces |
83–98 |
download |
I. Faragó, Á. Havasi, Z. Zlatev |
The convergence of explicit Runge-Kutta methods combined with Richardson
extrapolation |
99–106 |
download |
L. Kárná |
Carcassonne - description of the game |
107–116 |
download |
R. Keslerová, K. Kozel |
Steady and unsteady 2D numerical solution of generalized Newtonian fluids flow |
117–126 |
download |
S. Korotov |
On conforming nonobtuse tetrahedralizations of some cylindrical-type domains |
127–133 |
download |
Q. Lin, H. Xie |
A multilevel correction type of adaptive finite element method for Steklov eigenvalue problems |
134–143 |
download |
Q. Lin, D. Xu, S. Zhang |
Uniform L1 error bounds for semi-discrete finite element solutions of
evolutionary integral equations |
144–162 |
download |
P. Louda, K. Kozel, J. Příhoda |
On using artificial compressibility method for solving turbulent flows |
163–172 |
download |
L. Ludwig, H.-G. Roos |
Superconvergence for convection-diffusion problems with low regularity |
173–187 |
download |
N. Madden, M. Stynes |
A curious property of oscillatory FEM solutions of one-dimensional convection-diffusion problems |
188–196 |
download |
I. Marek |
A sufficient condition for non-oscillatory behavior of some input/output models |
197–202 |
download |
P. Pořízková, K. Kozel, J. Horáček |
Numerical comparison of unsteady compressible viscous flow in convergent channel |
203–213 |
download |
V. Pravda |
Algebraic classification of the Weyl tensor: selected applications |
214–223 |
download |
A. Pravdová |
Algebraic classification of the Weyl tensor |
224–235 |
download |
B. Riečan |
A strengthening of the Poincaré recurrence theorem on MV-algebras |
236–242 |
download |
K. Segeth |
Smooth approximation and its application to some 1D problems |
243–252 |
download |
J. Šístek, J. Mandel, B. Sousedík |
Some practical aspects of parallel adaptive BDDC method |
253–266 |
download |
L. Somer |
My twelve years of collaboration with Michal Křížek on number theory |
267–277 |
download |
T. Vejchodský |
Computing upper bounds on Friedrichs’ constant |
278–289 |
download |
J. Vondrák |
New model of precession, valid in time interval 400 thousand years |
290–299 |
download |
N. Yan |
Boundary element method for convex boundary control problems |
300–308 |
download |
A. Ženíšek |
On Křížek’s decomposition of a polyhedron into convex components and its
applications in the proof of a general Ostrogradskij’s theorem |
309–316 |
download |
T. Zhang, S. Zhang, H. Azari |
Finite element analysis for a regularized variational inequality of the second
kind |
317–331 |
download |
|
List of authors |
332 |
download |
|
List of participants |
333–335 |
download |