We address the problem of modeling discontinuities at material interfaces and we propose an intuitive model to discuss the origin of spurious discrete reflections. We restrict ourselves to the 1-D analysis and we consider perfectly matched layers as a case study. The approach, based on an approximation, leads to a closed form expression to quantitatively evaluate the performance of perfectly matched layers. Furthermore, the algorithms are presented in details for reproducibility
Abstract Elliptic interface problems have many important scientific and engineering applications. In...
The mechanical properties of natural materials such as rocks and soils vary spatially. This randomne...
International audienceIn this paper a composite body is considered. This body is made of three solid...
We address the problem of modeling discontinuities at material interfaces and we propose an intuitiv...
The numerical error associated with finite-difference simulation of wave propagation in discontinuou...
For wave propagation over distances of many wavelengths, high-order finite difference methods on sta...
Discontinuities can appear in different fields of mechanics. Some examples where discontinuities ari...
International audienceMany interface formulations, e.g. based on asymptotic thin interphase mode...
Abstract—Closed-form expressions for the numerical errors caused by finite-element discretization of...
In this paper, recent contributions to the modelling of coated inclusions by means of an eXtended Fi...
A finite-difference formulation is applied to track solid-liquid boundaries on a fixed underlying gr...
In this paper we introduce and analyze a finite element method for elasticity problems with interfac...
We present an example of Bérenger's method for a problem with variable coefficients at the interface...
Closed-form expressions for the numerical errors caused by finite-element discretization of problems...
We present a new method for constructing multiresolution representations of data sets that contain m...
Abstract Elliptic interface problems have many important scientific and engineering applications. In...
The mechanical properties of natural materials such as rocks and soils vary spatially. This randomne...
International audienceIn this paper a composite body is considered. This body is made of three solid...
We address the problem of modeling discontinuities at material interfaces and we propose an intuitiv...
The numerical error associated with finite-difference simulation of wave propagation in discontinuou...
For wave propagation over distances of many wavelengths, high-order finite difference methods on sta...
Discontinuities can appear in different fields of mechanics. Some examples where discontinuities ari...
International audienceMany interface formulations, e.g. based on asymptotic thin interphase mode...
Abstract—Closed-form expressions for the numerical errors caused by finite-element discretization of...
In this paper, recent contributions to the modelling of coated inclusions by means of an eXtended Fi...
A finite-difference formulation is applied to track solid-liquid boundaries on a fixed underlying gr...
In this paper we introduce and analyze a finite element method for elasticity problems with interfac...
We present an example of Bérenger's method for a problem with variable coefficients at the interface...
Closed-form expressions for the numerical errors caused by finite-element discretization of problems...
We present a new method for constructing multiresolution representations of data sets that contain m...
Abstract Elliptic interface problems have many important scientific and engineering applications. In...
The mechanical properties of natural materials such as rocks and soils vary spatially. This randomne...
International audienceIn this paper a composite body is considered. This body is made of three solid...