Journal of Computational Physics

Keywords Elastic wave propagation · Elastodynamics · Unbounded domain · Perfectly matched layers (PMLs) · Absorbing boundary conditions (ABCs) · Absorbing layers (ALs) · Finite

In section 4, we point out the sensibility of the controllability problem with respect to the numerical approximation, and then present an efficient and robust semi-discrete scheme

D’après notre recherche bibliographique, la plupart des études sur les métaux liquides dans les cavités soumises à un gradient horizontal de températures ont

Split local absorbing boundary (SLAB) condi- tions are obtained by the operator splitting method, then the original problem is reduced to an initial boundary value problem on a

Our complexity analysis shows that the ratio of computational com- plexities between the DyBO method and a generalized polynomial chaos method (gPC) is roughly of order Oððm=N p Þ 3

A dynamically bi-orthogonal method for time-dependent stochastic partial differential equations I: Derivation and algorithms.. Mulin Cheng,

We develop numerical methods for solving partial differential equations (PDE) defined on an evolving interface represented by the grid based particle method (GBPM) recently pro- posed

Unlike [22,2] where physical observables are computed from numerical solutions obtained by direct numer- ical methods for the Schrödinger equations, the Eulerian Gaussian beam