We propose a simple method for constructing non-reflecting boundary conditions via Perfectly Matched Layer approach. The basic idea of the method is to build a layer with high rate damping properties with are provided by adding the stiff relaxation source terms to all equations of the system. No complicated modification of the system to be solved is then required
As an absorbing boundary in infinite domain problems, the perfectly matched layer (PML) is introduce...
We present a detailed analysis of a recently proposed perfectly matched layer (PML) method for the a...
International audienceThis work is dedicated to the analysis of Berenger PML method applied to the 3...
We propose a simple method for constructing non-reflecting boundary conditions via Perfectly Matched...
The presence of wave motion is the defining feature in many fields of application,such as electro-ma...
International audienceThe Harmoniously Matched Layers (HML) were introduced by Halpern et al. in 201...
The perfectly matched layer (PML) is a novel technique to simulate the absorption of waves in unboun...
Abstract. Since its introduction the Perfectly Matched Layer (PML) has proven to be an accurate and ...
International audienceIn this article we discuss different techniques to solve numerically wave prop...
We consider two aspects of non-reflecting boundaryconditions for wave propagation problems. First we...
Absorbing boundary conditions are important when one simulates the propagation of waves on a bounded...
The perfectly matched layer (PML) is a perfectly non-reflecting layer that simulates the absorption ...
International audienceThis paper presents an original approach to design perfectly matched layers (P...
We continue the development of the super-grid-scale model initiated in [T. Colonius, H. Ran, A super...
Recently, Berenger introduced a Perfectly Matched Layer (PML) technique for absorbing electromagneti...
As an absorbing boundary in infinite domain problems, the perfectly matched layer (PML) is introduce...
We present a detailed analysis of a recently proposed perfectly matched layer (PML) method for the a...
International audienceThis work is dedicated to the analysis of Berenger PML method applied to the 3...
We propose a simple method for constructing non-reflecting boundary conditions via Perfectly Matched...
The presence of wave motion is the defining feature in many fields of application,such as electro-ma...
International audienceThe Harmoniously Matched Layers (HML) were introduced by Halpern et al. in 201...
The perfectly matched layer (PML) is a novel technique to simulate the absorption of waves in unboun...
Abstract. Since its introduction the Perfectly Matched Layer (PML) has proven to be an accurate and ...
International audienceIn this article we discuss different techniques to solve numerically wave prop...
We consider two aspects of non-reflecting boundaryconditions for wave propagation problems. First we...
Absorbing boundary conditions are important when one simulates the propagation of waves on a bounded...
The perfectly matched layer (PML) is a perfectly non-reflecting layer that simulates the absorption ...
International audienceThis paper presents an original approach to design perfectly matched layers (P...
We continue the development of the super-grid-scale model initiated in [T. Colonius, H. Ran, A super...
Recently, Berenger introduced a Perfectly Matched Layer (PML) technique for absorbing electromagneti...
As an absorbing boundary in infinite domain problems, the perfectly matched layer (PML) is introduce...
We present a detailed analysis of a recently proposed perfectly matched layer (PML) method for the a...
International audienceThis work is dedicated to the analysis of Berenger PML method applied to the 3...