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Domain decomposition methods in science and engineering. XIII. Papers of the thirteenth international conference on domain decomposition methods, Lyon, France, October 9–12, 2000. (English) Zbl 1011.00036

Theory and Engineering Applications of Computational Methods. Barcelona: International Center for Numerical Methods in Engineering (CIMNE). xvi, 511 p. (2002).

Show indexed articles as search result.

The articles of this volume will be reviewed individually.
Indexed articles:
Alart, P.; Barboteu, M.; Le Tallec, P.; Vidrascu, M., Additive Schwarz method for nonsymmetric problems: Application to frictional multicontact problems, 3-13 [Zbl 1026.65120]
Bank, R. E.; Smith, R. K., Multigraph algorithms based on sparse Gaussian elimination, 15-25 [Zbl 1026.65023]
Braess, D.; Dahmen, W., The mortar element method revisited. What are the right norms?, 27-40 [Zbl 1026.65095]
Brenner, Susanne C., A new look at FETI, 41-51 [Zbl 1026.65096]
Garbey, M.; Tromeur-Dervout, D., Aitken-Schwarz algorithm on Cartesian grid, 53-65 [Zbl 1028.65134]
Kuznetsov, Yu. A., Domain decomposition and fictitious domain methods with distributed Lagrange multipliers, 67-75 [Zbl 1026.65118]
Lasser, C.; Toselli, A., Overlapping preconditioners for discontinuous Galerkin approximations of second order problems, 77-84 [Zbl 1026.65097]
Oswald, Peter; Wohlmuth, Barbara, On polynomial reproduction of dual FE bases, 85-96 [Zbl 1026.65098]
Pironneau, Olivier; Del Pino, Stéphane; Lions, Jacques-Louis, Decomposition algorithms for DDM, 97-108 [Zbl 1026.65117]
Shyy, W.; Francois, M.; Udaykumar, H. S., Cartesian and curvilinear grid methods for multi-domain, moving boundary problems, 109-125 [Zbl 1136.76411]
Tai, X.-C.; Heimsund, B.; Xu, J., Rate of convergence for parallel subspace correction methods for nonlinear variational inequalities, 127-138 [Zbl 1026.65047]
Wang, Jiang Feng; Périaux, Jacques, Search space decomposition of Nash/Stackelberg games using genetic algorithms for multi-point design optimization in aerodynamics, 139-150 [Zbl 1136.76414]
Agouzal, A.; Debit, N., Discontinuous hybrid formulation turned to domain decomposition, 153-159 [Zbl 1026.65093]
Assous, F.; Ciarlet, P. jun.; Labrunie, S.; Lohrengel, S., The singular complement method, 161-189 [Zbl 1026.65094]
Azaïez, Mejdi; Ben Belgacem, Faker; Bernardi, Christine, Mortar spectral element discretization of Darcy’s equations, 191-197 [Zbl 1136.76404]
Bertoluzza, Silvia, Substructuring techniques and wavelets for domain decomposition, 199-206 [Zbl 1026.65116]
Cautrés, R.; Gallouët, T.; Gerbi, S.; Herbin, R., A Neumann-Neumann method using finite volume discretization, 207-214 [Zbl 1026.65124]
Cautrés, R.; Herbin, R.; Hubert, F., Nonmatching finite volume grids and the nonoverlapping Schwarz algorithm, 215-222 [Zbl 1026.65099]
Chen, Jinru; Xu, Xuejun, The mortar element method for the rotated \(Q1\), 223-228 [Zbl 1026.65100]
Daoud, D. S.; Gander, M. J., Overlapping Schwarz waveform relaxation for convection reaction diffusion problems, 229-235 [Zbl 1026.65082]
Feng, Xiaobing; Karakashian, Ohannes A., Analysis of two-level overlapping additive Schwarz preconditioners for a discontinuous Galerkin method, 237-245 [Zbl 1026.65121]
Gander, M. J., Optimized Schwarz methods for Helmholtz problems, 247-254 [Zbl 1026.65122]
Gander, M. J.; Halpern, L.; Japhet, C., Optimized Schwarz algorithms for coupling convection and convection-diffusion problems, 255-262 [Zbl 1136.76407]
Gervasio, P.; Lions, J.-L.; Quarteroni, A., Domain decomposition and virtual control for fourth oder problems, 263-269 [Zbl 1026.65119]
Pavarino, L. F.; Widlund, O. B., Building preconditioners for incompressible Stokes equations from saddle point solvers of smaller dimensions, 271-278 [Zbl 1136.76390]
Shi, Zhong-Ci; Xu, Xuejun; Chen, Jinru, Multigrid for the mortar-type nonconforming element method for nonsymmetric and indefinite problems, 279-286 [Zbl 1026.65101]
Baranger, J.; Garbey, M.; Oudin-Dardun, F., Recent development on Aitken-Schwarz method, 289-296 [Zbl 1026.65123]
Ben-Abdallah, A.; Charao, A. S.; Charpentier, I.; Plateau, B., Ahpik: a parallel multithreaded framework using adaptivity and domain decomposition methods for solving PDE problems, 297-303 [Zbl 1254.76107]
Bjørstad, P. E.; Dryja, M.; Rahman, T., Efficient Schwarz methods for elliptic mortar finite element problems, 305-312 [Zbl 1028.65135]
Boglaev, I., Uniform domain decomposition for a convection-diffusion problem, 313-319 [Zbl 1026.65083]
Boubendir, Y.; Bendali, A., Domain decomposition methods for solving scattering problems by a boundary element method, 321-328 [Zbl 1026.65112]
Bounaïm, A., On the use of iterative Schwarz algorithms in the solution of an optimal control problem, 329-336 [Zbl 1026.65045]
Cai, X.-C.; Dryja, M.; Sarkis, M., RASHO: A restricted additive Schwarz preconditioner with harmonic overlap, 337-344 [Zbl 1026.65034]
Cai, Xiao-Chuan; Keyes, David E.; Young, David P., A nonlinear additive Schwarz preconditioned inexact Newton method for shocked duct flows, 345-352 [Zbl 1201.76107]
Dashevski, D.; Glowinski, R.; Kuznetsov, Yu.; Lipnikov, K., Fictitious domain based solvers for particulate flows, 353-360 [Zbl 1201.76168]
Dostál, Zdeněk; Horák, David; Szweda, Jan; Vondrák, Vít, Scalabilities of FETI for variational inequalities and contact shape optimization, 361-369 [Zbl 1026.65046]
Frommer, A.; Nabben, R.; Szyld, D. B., An algebraic convergence theory for restricted additive and multiplicative Schwarz methods, 371-377 [Zbl 1026.65022]
Garbey, M., Some remarks on multilevel method, extrapolation and code verification, 379-386 [Zbl 1201.76174]
Garbey, M.; Kaper, H. G.; Romanyukha, N., A fast solver for systems of reaction-diffusion equations, 387-394 [Zbl 1026.65077]
Israeli, M.; Braverman, E.; Averbuch, A., A hierarchical domain decomposition method with low communication overhead, 395-403 [Zbl 1026.65114]
Klawonn, Axel; Widlund, Olof B., FETI-DP methods for elliptic problems with discontinuous coefficients in three dimensions, 405-411 [Zbl 1028.65125]
Laitinen, E.; Pieskä, J.; Saranen, J.; Lapin, A., Comparison of domain decomposition methods for solving continuous casting problem, 413-420 [Zbl 1201.76183]
Giraud, L.; Koster, J.; Marrocco, A.; Rioual, J.-C., Domain decomposition methods in semiconductor device modeling, 417-478 [Zbl 1027.82527]
Lemarchand, Géraldine; Pironneau, Olivier; Polak, Elijah, A mesh refinement method for optimization with DDM, 421-427 [Zbl 1028.65077]
Martikainen, Janne; Mäkinen, Raino A. E.; Rossi, Tuomo; Toivanen, Jari, A preconditioner for linear elasticity problems, 429-436 [Zbl 1253.74109]
Rapin, Gerd; Lube, Gert, Comparison of two iterative substructuring methods for advection-diffusion problems, 437-444 [Zbl 1026.65102]
Djambazov, G. S.; Lai, C.-H.; Pericleous, K. A.; Wang, Z.-K., Analysis of a defect correction method for computational aeroacoustics, 447-454 [Zbl 1201.76170]
Dolean, V.; Lanteri, D.; Nataf, F., Nonoverlapping domain decomposition algorithms for the system of Euler equations, 455-462 [Zbl 1201.76171]
Faille, I.; Flauraud, E.; Nataf, F.; Schneider, F.; Willien, F., Optimized interface conditions for sedimentary basin modelling, 463-470 [Zbl 1201.76172]
Hoppe, R. H. W.; Petrova, S.; Schulz, V., 3D structural optimization in electromagnetics, 479-486 [Zbl 1037.78024]
Kako, Takashi; Nasir, Haniffa M., Domain decomposition method applied to a coupling vibration problem between shell and acoustics, 487-493 [Zbl 1253.74036]
Knopp, T.; Lube, G.; Müller, Hannes, Iterative substructuring methods for incompressible and nonisothermal flows using the \(k\)–\(\epsilon\) turbulence model, 495-502 [Zbl 1201.76091]
Sala, Marzio, Schur complement based preconditioners for compressible flow computations, 503-511 [Zbl 1201.76194]

MSC:

00B25 Proceedings of conferences of miscellaneous specific interest
65-06 Proceedings, conferences, collections, etc. pertaining to numerical analysis
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