Adaptive Space-Time Finite Element Method in High Temperature Superconductivity

Figure 1 – Morphognostic event pyramid Building an internal spatial and temporal model of the envi- ronment allows an organism to navigate and manipulate the environment.. This

Figure 4(c) contains denoised image sequence with the same weighted intensity estimation as in our method but with a fixed 11×11 ×11 neighborhood size which corresponds to the

Gordes periodically received reports (avis) from Lyon on the latest international information.19 When Antoine Grolier, a mem- ber of a prominent Lyon family, replied to a letter

Problem 7 was solved using TSMu with different polynomial degrees p of the temporal macrobasis, starting from the pre- vious quadratic basis p = 2 and increasing the degree p

Neumann or Robin boundary conditions â First results with a mixed formulation Dynamic equation : heat equation. Michel Duprez Rule of the mesh in the Finite Element

Combining space and time eXtended finite element methods gives a unified space–time dis- cretization and accurate results when space and/or time discontinuities have to be

Duarte, M., Massot, M., Descombes, S., Tenaud, C., Dumont, T., Louvet, V., Laurent, F.: New resolution strategy for multi-scale reaction waves using time operator splitting,

For the reaction-diffusion-convection system defined by (2), we introduce a general time- space adaptive strategy: space adaptation is ensured by a multiresolution