Numerical analysis and its applications. Third international conference, NAA 2004, Rousse, Bulgaria, June 29 -- July 3, 2004. Revised selected papers. (Q2388724)

The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 0958.00035). Indexed articles: \textit{Boglaev, Igor}, Uniform convergence of a monotone iterative method for a nonlinear reaction-diffusion problem, 1-13 [Zbl 1118.65368] \textit{Chaitin-Chatelin, Françoise}, The dynamics of matrix coupling with an application to Krylov methods, 14-24 [Zbl 1118.65318] \textit{Dimova, M. G.; Kaschiev, M. S.}, High precision method for calculating the energy values of the hydrogen atom in a strong magnetic field, 25-34 [Zbl 1118.81531] \textit{Faragó, I.}, Splitting methods and their application to the abstract Cauchy problems, 35-45 [Zbl 1118.65333] \textit{Jovanović, Boško S.; Vulkov, Lubin G.}, Finite difference approximation of an elliptic interface problem with variable coefficients, 46-55 [Zbl 1118.65373] \textit{Karepova, E. D.; Malyshev, A. V; Shaidurov, V. V.; Shchepanovskaya, G. I.}, The finite element method for the Navier-Stokes equations for a viscous heat conducting gas, 56-65 [Zbl 1118.76324] \textit{Li, Zhilin}, Augmented strategies for interface and irregular domain problems, 66-79 [Zbl 1118.65375] \textit{Makarov, Volodymyr; Demkiv, Lyubomyr}, Accuracy estimates of difference schemes for quasi-linear elliptic equations with variable coefficients taking into account boundary effect, 80-90 [Zbl 1118.65378] \textit{Alexeeva, N. V.; Zemlyanaya, E. V.}, Nodal two-dimensional solitons in nonlinear parametric resonance, 91-99 [Zbl 1118.65366] \textit{Andreev, Andrey B.}, Supercloseness between the elliptic projection and the approximate eigenfunction and its application to a postprocessing of finite element eigenvalue problems, 100-107 [Zbl 1118.65380] \textit{Andreev, Andrey B.; Dimov, Ivan Todor; Racheva, Milena R.}, One-dimensional patch-recovery finite element method for fourth-order elliptic problems, 108-115 [Zbl 1118.65383] \textit{Andreev, Andrey B.; Maximov, Jordan T.; Racheva, Milena R.}, Modelling of the elastic line for twist drill with straight shank fixed in three-jaw chuck, 116-124 [Zbl 1118.74324] \textit{Angelov, Todor Angelov}, On the solvability of the steady-state rolling problem, 125-132 [Zbl 1118.74332] \textit{Atanassov, Emanouil I.; Durchova, Mariya K.}, A quasi-Monte Carlo method for an elastic electron back-scattering problem, 133-140 [Zbl 1118.82307] \textit{Attili, Basem S.}, Numerical treatment of fourth order singularly perturbed boundary value problems, 141-148 [Zbl 1118.65346] \textit{Baier, Robert}, Selection strategies for set-valued Runge-Kutta methods, 149-157 [Zbl 1118.65342] \textit{Baňas, Ľubomír}, Numerical methods for the Landau-Lifshitz-Gilbert equation, 158-165 [Zbl 1118.78301] \textit{Bankow, N. G.; Kaschiev, M. S.}, The continuous analog of Newton method for nonlinear data approximation, 166-170 [Zbl 1118.86303] \textit{Bedri, R.; Al-Nais, M. O.}, Prestressed modal analysis using finite element package ANSYS, 171-178 [Zbl 1118.74328] \textit{Bikulčienė, Liepa; Marcinkevičius, Romas; Navickas, Zenonas}, Computer realization of the operator method for solving of differential equations, 179-186 [Zbl 1118.65343] \textit{Bojović, D.; Popović, B. Z.; Jovanović, B. S.}, The strong stability of the second-order operator-differential equations, 187-194 [Zbl 1118.34325] \textit{Bourchtein, Andrei}, Semi-Lagrangian semi-implicit time splitting two time level scheme for hydrostatic atmospheric model, 195-202 [Zbl 1118.86302] \textit{Brandts, Jan; Korotov, Sergey; Křížek, Michal}, The strengthened Cauchy-bunyakowski-Schwarz inequality for \(n\)-simplicial linear finite elements, 203-210 [Zbl 1118.65384] \textit{Brayanov, Iliya A.}, Uniformly convergent difference scheme for a singularly perturbed problem of mixed parabolic-elliptic type, 211-218 [Zbl 1118.65351] \textit{Caraus, Iurie}, The numerical solution for system of singular integro-differential equations by Faber-Laurent polynomials, 219-223 [Zbl 1118.65392] \textit{Chen, Tsu-Fen; Cox, Christopher; Merdun, Hasan; Quisenberry, Virgil}, An adaptive-grid least squares finite element solution for flow in layered soils, 224-231 [Zbl 1118.76321] \textit{Christov, N. D.; Konstantinov, M. M.; Petkov, P. Hr.}, New perturbation bounds for the continuous-time \(H_\infty\)-optimization problem, 232-239 [Zbl 1118.93314] \textit{Chryssoverghi, Ion}, Progressively refining discrete gradient projection method for semilinear parabolic optimal control problems, 240-248 [Zbl 1118.65340] \textit{Dimitriu, Gabriel}, Identification of a nonlinear damping function in a thermoelastic system, 249-256 [Zbl 1118.74313] \textit{Dimov, I. T.; Gurov, T. V.; Penzov, A. A.}, A Monte Carlo approach for the Cook-Torrance model, 257-265 [Zbl 1118.65307] \textit{Donchev, Tzanko}, Generic properties of differential inclusions and control problems, 266-271 [Zbl 1118.34305] \textit{Elkin, N. N.; Napartovich, A. P.; Sukharev, A. G.; Vysotsky, D. V.}, 3D modelling of diode laser active cavity, 272-279 [Zbl 1118.78305] \textit{Fidanova, Stefka}, Ant colony optimization for multiple knapsack problem and model bias, 280-287 [Zbl 1118.65337] \textit{Geiser, Jürgen}, Discretization methods with embedded analytical solutions for convection dominated transport in porous media, 288-295 [Zbl 1118.76356] \textit{Grammel, Goetz}, Order reduction of multi-scale differential inclusions, 296-303 [Zbl 1118.34306] \textit{Hechmé, G.; Sadkane, M.}, Computing eigenvalues of the discretized Navier-Stokes model by the generalized Jacobi-Davidson method, 304-311 [Zbl 1118.76314] \textit{Hu, Chen; Lui, S. H.}, Variational approach for restoring random-valued impulse noise, 312-319 [Zbl 1118.94301] \textit{Husøy, John Håkon}, Adaptive filters viewed as iterative linear equation solvers, 320-327 [Zbl 1118.65320] \textit{Kandilarov, Juri D.}, A Rothe-immersed interface method for a class of parabolic interface problems, 328-336 [Zbl 1118.65361] \textit{Kirov, Nikolay; Krastanov, Mikhail}, Volterra series and numerical approximations of ODEs, 337-344 [Zbl 1118.65345] \textit{Kocić, Ljubiša; Stefanovska, Liljana}, A property of Farey tree, 345-351 [Zbl 1118.11303] \textit{Koleva, Miglena N.}, Comparison of a Rothe-two grid method and other numerical schemes for solving semilinear parabolic equations, 352-359 [Zbl 1118.65362] \textit{Kolkovska, Natalia T.}, An economic method for evaluation of volume integrals, 360-367 [Zbl 1118.65374] \textit{Konstantinov, M. M.; Petkov, P. Hr.; Christov, N. D.}, Sensitivity analysis of generalized Lyapunov equations, 368-374 [Zbl 1118.15301] \textit{Kravvaritis, C.; Lappas, E.; Mitrouli, M.}, An algorithm to find values of minors of skew Hadamard and conference matrices, 375-382 [Zbl 1118.65328] \textit{Lirkov, Ivan}, Parallel performance of a 3D elliptic solver, 383-390 [Zbl 1118.65376] \textit{Liu, Yifan; Su, Zheng}, Generalized Rayleigh quotient shift strategy in QR algorithm for eigenvalue problems, 391-398 [Zbl 1118.65325] \textit{Malengier, B.}, Parameter estimation of Si diffusion in Fe substrates after hot dipping and diffusion annealing, 399-407 [Zbl 1118.65364] \textit{Marinova, Daniela; Marinov, Vasil}, Numerical design of optimal active control for seismically-excited building structures, 408-415 [Zbl 1118.70309] \textit{Milovanović, I. Ž.; Milovanović, E. I.; Ranđelović, B. M.}, Computing transitive closure problem on linear systolic array, 416-423 [Zbl 1118.68304] \textit{Miyajima, Shinya; Kashiwagi, Masahide}, A method which finds the maxima and minima of a multivariable function applying affine arithmetic, 424-431 [Zbl 1118.65338] \textit{Nedzhibov, G.; Petkov, M.}, On analytic iterative functions for solving nonlinear equations and systems of equations, 432-439 [Zbl 1118.65330] \textit{Ostromsky, Tzvetan; Dimov, Ivan T.; Zlatev, Zahari}, Parallel implementation and one year experiments with the Danish Eulerian model, 440-447 [Zbl 1118.86300] \textit{Petkov, P. Hr.; Konstantinov, M. M.; Christov, N. D.}, Conditioning and error estimation in the numerical solution of matrix Riccati equations, 448-455 [Zbl 1118.65327] \textit{Popov, Nickolay; Tabakova, Sonia; Feuillebois, François}, Numerical modelling of the one-phase Stefan problem by finite volume method, 456-462 [Zbl 1118.80302] \textit{Ragulskis, Minvydas; Kravcenkiene, Violeta}, Adaptive conjugate smoothing of discontinuous fields, 463-470 [Zbl 1118.74353] \textit{Rasulov, Mahir; Karaguler, Turhan}, Finite differences scheme for the Euler system of equations in a class of discontinuous functions, 471-477 [Zbl 1118.76342] \textit{Simian, Dana}, The \(\lambda\)-error order in multivariate interpolation, 478-485 [Zbl 1118.41300] \textit{Simian, Dana; Simian, Corina; Moiceanu, Andrei}, Computational aspects in spaces of bivariate polynomial of w-degree \(n\), 486-493 [Zbl 1118.65311] \textit{Sleijpen, Gerard L. G.; van den Eshof, Jasper; van Gijzen, Martin B.}, Restarted GMRES with inexact matrix-vector products, 494-502 [Zbl 1118.65322] \textit{Stoilova, S. S.}, Applications of Price functions and Haar type functions to the numerical integration, 503-510 [Zbl 1118.65315] \textit{Tabakova, Sonia; Gromyko, Galina}, Numerical modelling of the free film dynamics and heat transfer under the van der Waals forces action, 511-518 [Zbl 1118.80301] \textit{Triantafyllou, D.; Mitrouli, M.}, Two resultant based methods computing the greatest common divisor of two polynomials, 519-526 [Zbl 1118.11307] \textit{Trofimov, Vyacheslav A.; Borhanifar, Abdolla; Volkov, Alexey G.}, Conservative difference scheme for summary frequency generation of femtosecond pulse, 527-534 [Zbl 1118.78306] \textit{Trofimov, Vyacheslav A.; Loginova, Maria M.}, Comparison of some difference schemes for problem of femtosecond pulse interaction with semiconductor in the case of nonlinear mobility coefficient, 535-542 [Zbl 1118.78307] \textit{Trofimov, Vyacheslav A.; Lysak, Tatiana M.}, Soliton-like regime of femtosecond laser pulse propogation in bulk media under the conditions of SHG, 543-550 [Zbl 1118.78308] \textit{Trofimov, Vyacheslav A.; Varentsova, Svetlana A.}, Computational method for finding of soliton solutions of a nonlinear Schrödinger equation, 551-557 [Zbl 1118.65359] \textit{Todorov, Todor D.}, Convergence analysis for eigenvalue approximations on triangular finite element meshes, 558-565 [Zbl 1118.65381] \textit{Tvrdík, Pavel; Šimeček, Ivan}, Performance optimization and evaluation for linear codes, 566-573 [Zbl 1118.65329] \textit{Yakhno, Valery G.; Akmaz, Hakan K.}, Modelling and simulating waves in anisotropic elastic solids, 574-582 [Zbl 1118.74306] \textit{Zadorin, A. I.; Kharina, O. V.}, Numerical method for a chemical nonlinear reaction boundary value problem, 583-589 [Zbl 1118.80303] \textit{Zemlyanaya, E. V.; Barashenkov, I. V.; Woodford, S. R.}, Parametrically driven dark solitons: A numerical study, 590-597 [Zbl 1118.65371] \textit{Zheleva, Ivanka; Lecheva, Anna}, Numerical investigation of the viscous flow in a bioreactor with a mixer, 598-605 [Zbl 1118.76315] \textit{Zlateva, Plamena; Dimitrova, Neli}, Stability analysis of a nonlinear model of wastewater treatment processes, 606-612 [Zbl 1118.92302] \textit{Zorin, Alexander V.; Sevastianov, Leonid A.; Belomestny, Gregory A.}, Numerical search for the states with minimal dispersion in quantum mechanics with non-negative quantum distribution function, 613-620 [Zbl 1118.81506] \textit{Zverev, Valentin G.}, About the iteration method for solving difference equations, 621-628 [Zbl 1118.65324]