International audienceThanks to the use of the Cagniard–De Hoop method, we derive an analytic solution in the time domain for the half-space problem associated with the wave equation with Engquist– Majda higher order boundary conditions. This permits us to derive new convergence results when the order of the boundary condition tends to infinity, as well as error estimates. The theory is illustrated by numerical results
International audienceWe consider various approximations of artificial boundary conditions for linea...
International audienceKEEN waves [1] provided a challenging test case for Vlasov Poisson numerical s...
This article is an account of the NABUCO project achieved during the summer camp CEMRACS 2019 devote...
International audienceWe present high order absorbing boundary conditions (ABC) for the 2D Helmholtz...
International audienceWe focus on high order edge element approximations of waveguide problems. For ...
International audienceIn this paper, we derive discrete transparent boundary conditions for a class ...
This article is an account of the NABUCO project achieved during the summer camp CEMRACS 2019 devote...
International audienceWe prove a logarithmic stability estimate for the inverse problem of determini...
In this paper we develop the theory of high-order radiation boundary conditions for wave propagation...
A new approach to derive transparent boundary conditions (TBCs) for wave, Schr¨odinger and drift-di...
AbstractThe process of semi-discretization and waveform relaxation are applied to general nonlinear ...
International audienceWe study weakly stable semilinear hyperbolic boundary value problems with high...
We continue to study the initial-boundary-value problem of the sixth order Boussinesq equation in a ...
2000 Mathematics Subject Classification: 35A15, 44A15, 26A33The paper is devoted to the study of the...
The boundary layer concept is used to describe the flow near the wall. The external flow is approxim...
International audienceWe consider various approximations of artificial boundary conditions for linea...
International audienceKEEN waves [1] provided a challenging test case for Vlasov Poisson numerical s...
This article is an account of the NABUCO project achieved during the summer camp CEMRACS 2019 devote...
International audienceWe present high order absorbing boundary conditions (ABC) for the 2D Helmholtz...
International audienceWe focus on high order edge element approximations of waveguide problems. For ...
International audienceIn this paper, we derive discrete transparent boundary conditions for a class ...
This article is an account of the NABUCO project achieved during the summer camp CEMRACS 2019 devote...
International audienceWe prove a logarithmic stability estimate for the inverse problem of determini...
In this paper we develop the theory of high-order radiation boundary conditions for wave propagation...
A new approach to derive transparent boundary conditions (TBCs) for wave, Schr¨odinger and drift-di...
AbstractThe process of semi-discretization and waveform relaxation are applied to general nonlinear ...
International audienceWe study weakly stable semilinear hyperbolic boundary value problems with high...
We continue to study the initial-boundary-value problem of the sixth order Boussinesq equation in a ...
2000 Mathematics Subject Classification: 35A15, 44A15, 26A33The paper is devoted to the study of the...
The boundary layer concept is used to describe the flow near the wall. The external flow is approxim...
International audienceWe consider various approximations of artificial boundary conditions for linea...
International audienceKEEN waves [1] provided a challenging test case for Vlasov Poisson numerical s...
This article is an account of the NABUCO project achieved during the summer camp CEMRACS 2019 devote...