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Your search keyword '"Muñiz, M.C."' showing total 24 results
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24 results on '"Muñiz, M.C."'

6. Radiative Heat Transfer in Silicon Purification

Author

Bermúdez, A., Leira, R., Muñiz, M.C., Pena, F., Brezis, Haim, editor, Ambrosetti, Antonio, editor, Bahri, A., editor, Browder, Felix, editor, Cafarelli, Luis, editor, Evans, Lawrence C., editor, Giaquinta, Mariano, editor, Kinderlehrer, David, editor, Klainerman, Sergiu, editor, Kohn, Robert, editor, Lions, P.L., editor, Mahwin, Jean, editor, Nirenberg, Louis, editor, Peletier, Lambertus, editor, Rabinowitz, Paul, editor, Toland, John, editor, Bandle, Catherine, editor, Berestycki, Henri, editor, Brighi, Bernard, editor, Brillard, Alain, editor, Chipot, Michel, editor, Coron, Jean-Michel, editor, Sbordone, Carlo, editor, Shafrir, Itai, editor, Valente, Vanda, editor, and Caffarelli, Giorgio Vergara, editor

Published
2005
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21. Study of a variational inequality with a singular perturbation term.

Author

Álvarez-Dios, J.A., García-Barro, J.C., and Muñiz, M.C.

Subjects
VARIATIONAL inequalities (Mathematics), PERTURBATION theory, ASYMPTOTIC theory in mathematical physics, BOUNDARY element methods, STOCHASTIC convergence, MICROORGANISM populations, BACTERIA, NUMERICAL analysis
Abstract

A study of the asymptotic behaviour of a degenerate singular perturbation problem for a class of variational inequalities depending on a small positive parameter is introduced. An existence and uniqueness result for nonlinear problems with boundary terms, modelling the growth of bacteria populations, is also given. [ABSTRACT FROM AUTHOR]

Published
2011
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22. On some degenerate singular perturbation problems.

Author

Chipot, M. and Muñiz, M.C.

Subjects
*NONLINEAR evolution equations, *ASYMPTOTIC efficiencies, *PERTURBATION theory
Abstract

Discusses the degenerate singular perturbation problems in nonlinear equations. Computational formulas; Asymptotic behavior of the solution; Example of the optimality of local convergence.

Published
2000
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23. Chapter 4 Numerical Modelling of Industrial Induction

Author

Vazquez, R., Salgado, P., Bermudez, A., Gomez, D., Muniz, M.C., and Muiz, M.C.

Subjects
industrial induction, numerical modelling, Boundary value problem, Dielectric heating, Enthalpy, Furnace, Joule heating, Rotational symmetry, bic Book Industry Communication::P Mathematics & science::PD Science: general issues
Abstract

Induction heating is a physical process extensively used in the metallurgical industry for different applications involving metal melting. The main components of an induction heating system are an induction coil connected to a power-supply providing an alternating electric current and a conductive workpiece to be heated, placed inside the coil. The alternating current traversing the coil generates eddy currents in the workpiece and by means of ohmic losses the workpiece is heated

Published
2011
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