Results 101 to 110 of about 163 (150)
Upwinding Sources at Interfaces in conservation laws
, 2008 . Hyperbolic conservation laws with source terms arise in many applications, especially as a model for geophysical flows because of the gravity, and their numerical approximation leads to specific difficulties.
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Discrete stochastic maximal regularity. [PDF]
Math AnnEvangelopoulos-Ntemiris F, Veraar M.
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ANALYSIS TOOLS FOR FINITE VOLUME SCHEMES
, 2007 . This paper is devoted to a review of the analysis tools which have been developed for the the mathematical study of cell centred finite volume schemes in the past years. We first recall the general principle of the method and give some simple examples.
T. Gallouët +7 more
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Parameter uniform finite difference formulation with oscillation free for solving singularly perturbed delay parabolic differential equation via exponential spline. [PDF]
BMC Res NotesHassen ZI, Duressa GF.
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Quintic non-polynomial spline for time-fractional nonlinear Schrödinger equation. [PDF]
Adv Differ Equ, 2020 Ding Q, Wong PJY.
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, 1998 . The simulation of chemically reacting ows in speci c situations is a basic instrument in natural sciences in order to understand complex phenomena e.g., salt concentrations in oceans as well as in engineering sciences e.g., the optimization of the
Andreas Prohl
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Inf-sup stable space-time Local Discontinuous Galerkin method for the heat equation. [PDF]
J Sci ComputGómez S, Perinati C, Stocker P.
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A Finite-Difference Summation-by-Parts Conditionally Stable Partitioned Algorithm for Conjugate Heat Transfer Problems. [PDF]
J Sci ComputNataj S +3 more
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Data assimilation for the heat equation using stabilized finite element methods. [PDF]
Numer Math (Heidelb), 2018 Burman E, Oksanen L.
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