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Applied and Industrial Mathematics, Venice—2, 1998: Selected by Marco Avellaneda, Robert Buff, Craig Friedman, Nicolas

By Marco Avellaneda, Robert Buff, Craig Friedman, Nicolas Grandchamp, Lukasz Kruk (auth.), Renato Spigler (eds.)

In this quantity, i've got accumulated a number of papers that have been awarded on the foreign convention referred to as "Venice-2/Symposium on utilized and In­ dustrial Mathematics". this type of convention used to be held in Venice, Italy, among June eleven and 16,1998, and used to be meant because the follow-up of the very profitable related occasion (called "Venice-1/Symposium on utilized and commercial Math­ ematics"), that was once additionally prepared in Venice in October 1989. The Venice-1 convention ended up with a Kluwer quantity like this one. i'm thankful to Kluwer for having authorized to put up the current quantity, the purpose of that's to replace in some way the state of the art within the box of Ap­ plied arithmetic in addition to in that of the these days much more built sector of business arithmetic. the main of the invited (key-note) audio system contributed to this quantity with a paper with regards to their speak. There are, in addition·, a couple of major contributed papers, chosen at the foundation in their caliber and relevance to the present-time study actions. the subjects thought of within the convention diversity from relatively normal sub­ jects in utilized and numerical research, to extra really expert topics similar to polymers and disordered media, granular stream, semiconductor arithmetic, superconductors, elasticity, tomography and different inverse difficulties, monetary modeling, photographic sciences, and so on. The papers gathered during this quantity supply a variety of them. it truly is transparent from the former record that a few recognition has been paid to really new and rising fields.

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Additional info for Applied and Industrial Mathematics, Venice—2, 1998: Selected Papers from the ‘Venice—2/Symposium on Applied and Industrial Mathematics’, June 11–16, 1998, Venice, Italy

Sample text

Conceptually, we should take VB as large as possible. This last item suggests, ideally, that V L E& VB = V. he exact solution. This is, in particular, possible for all linear one-dimensional problems, but not, in general, in two or three dimensions. On the other hand, the basic idea of having VB made of bubbles is very convenient, since it allows an element-by-element computation of the additional stabilizing term (the second term in the left-hand-side of (28)). Hence, the largest choice we can take for VB is VB = E&KH6(K).

BRISTEAU, L. FRANCA, M. MALLET, AND G. ROGE, A relationship between stabilized finite element methods and the Galerkin method with bubble functions, ComJlut. Methods Appl. Mech. , 96 (1992), pp. 117-129. [5] F. BREZZI AND M. FORTIN, Mixed and Hybrid Finite Element Methods, vol. 15 of Springer Series in Computational Mathematics, Springer-Verlag, Berlin, New-York, 1991. [6] F. BREZZI, M. FORTIN, AND R. STENBERG, Quasi-optimal error bounds for approximation of shear-stresses in Mindlin-Reissner plate models, Math.

9] F. BREZZI, T. J. R. HUGHES, D. MARINI, A. Russo, AND E. SULI, A priori error analysis of a finite element method with residual-free bubbles for advectiondominated equations. To appear in SIAM J. Numer. Anal. IAN-CNR Tech. Rep. ll03 (1998), pp. 1-16. [10] F. BREZZI, D. MARINI, AND A. Russo, Pseudo residual-free bubbles and stabilized methods, in Computational Methods in Applied Sciences '96, J. A. , John Wiley & Sons, 1996, pp. 3-8. Volume of Invited Lectures of the Third ECCOMAS Conference, 9-13 September 1996, Paris, France.

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