We construct shadow creeping waves in the problem of a plane wave diffraction by a smooth axi-ally symmetric prolate body of revolution for both Dirichlet and Neumann boundary conditions. Using Fock's asymptotics as the initial data for the creeping wave amplitude, the theory of residues allows us to present the wave field in the main approximation
Starting from the paraxial formulation of the boundary-diffracted-wave theory proposed by Hannay [J....
A plane wave is incident upon an infinite set of equally spaced, semi-infinite parallel and staggere...
Several recent numerical schemes for high frequency scattering simulations are based on the extracti...
We construct shadow creeping waves in the problem of a plane wave diffraction by a smooth axi-ally s...
This paper continues the series of works [1–5] on the shortwave diffraction on the prolate body of r...
This paper continues a series of publications on the shortwave diffraction of the plane wave on prol...
We continue explorations of the shortwave plane wave diffraction for an axisymmetric elongated body....
Explicit formulas are derived for waves modeled by the scalar two-dimensional Helmholtz equation for...
International audienceAn asymptotic formula for the problem of diffraction by a strongly elongated b...
If a sharp edge occurs in a reflector, the wavefield predicted by geometric ray theory shows shadow ...
Scalar scattering of a plane wave by a perfectly reflecting body whose surface is a level surface in...
Asymptotic techniques in wave propagation problems exhibit attractive features in computational aspe...
AbstractWe present in this paper the Dirichlet to Neumann operator for the wave equation on a straig...
We give a brief survey of some recent advances of asymptotic analysis methods applied to wave propag...
Geometrical optics fails to account for the phenomenon of diffraction, i.e., the existence of nonzer...
Starting from the paraxial formulation of the boundary-diffracted-wave theory proposed by Hannay [J....
A plane wave is incident upon an infinite set of equally spaced, semi-infinite parallel and staggere...
Several recent numerical schemes for high frequency scattering simulations are based on the extracti...
We construct shadow creeping waves in the problem of a plane wave diffraction by a smooth axi-ally s...
This paper continues the series of works [1–5] on the shortwave diffraction on the prolate body of r...
This paper continues a series of publications on the shortwave diffraction of the plane wave on prol...
We continue explorations of the shortwave plane wave diffraction for an axisymmetric elongated body....
Explicit formulas are derived for waves modeled by the scalar two-dimensional Helmholtz equation for...
International audienceAn asymptotic formula for the problem of diffraction by a strongly elongated b...
If a sharp edge occurs in a reflector, the wavefield predicted by geometric ray theory shows shadow ...
Scalar scattering of a plane wave by a perfectly reflecting body whose surface is a level surface in...
Asymptotic techniques in wave propagation problems exhibit attractive features in computational aspe...
AbstractWe present in this paper the Dirichlet to Neumann operator for the wave equation on a straig...
We give a brief survey of some recent advances of asymptotic analysis methods applied to wave propag...
Geometrical optics fails to account for the phenomenon of diffraction, i.e., the existence of nonzer...
Starting from the paraxial formulation of the boundary-diffracted-wave theory proposed by Hannay [J....
A plane wave is incident upon an infinite set of equally spaced, semi-infinite parallel and staggere...
Several recent numerical schemes for high frequency scattering simulations are based on the extracti...