A half-plane under plane wave excitation obeys a Dirichlet boundary condition on one side and a Neumann boundary condition on the other. These boundary conditions contrast the ones used by A. Sommerfeld in his classical paper. The present problem leads to a system of integral equations of the Wiener-Hopf type which may be solved by a matrix factoring method suggested by A. E. Heins in 1950.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50170/1/1670050103_ftp.pd
The problem of diffraction of plane electromagnetic waves at an imperfectly conducting half plane wi...
Many problems in linear elastodynamics, or dynamic fracture mechanics, can be reduced to Wiener–Hopf...
The paper presents a simple solution of Sommerfeld's half-plane diffraction problem which is based o...
A study and the solution of an extension of the classical Sommerfeld half-plane problem which leads ...
A plane wave is incident upon an infinite set of equally spaced, semi-infinite parallel and staggere...
A plane wave is normally incident upon an infinite stack of equally spaced parallel plates which are...
AbstractThe Sommerfeld Problem is reexamined with a view to obtaining rigorously and with sufficient...
A plane wave is normally incident upon an infinite stack of equally spaced parallel plates which are...
Linear boundary value problems of elasticity describe the propagation of time-harmonic waves outside...
A general direct technique of solving a mixed boundary value problem in the theory of diffraction by...
AbstractThe three-dimensional analog of Sommerfeld's famous half-plane problem for a screen Σ1: x1 >...
The paper is devoted to the analysis of wave diffraction problems modelled by classes of mixed bound...
A Wiener–Hopf equation in L2 being equivalent [5] to a boundary value problem (of the first kind) fo...
We discuss the solution of the boundary value problem in a duct with a centered septum [9]. On the l...
The diffraction of an incident plane wave on three equally spaced half-planes is formulated in terms...
The problem of diffraction of plane electromagnetic waves at an imperfectly conducting half plane wi...
Many problems in linear elastodynamics, or dynamic fracture mechanics, can be reduced to Wiener–Hopf...
The paper presents a simple solution of Sommerfeld's half-plane diffraction problem which is based o...
A study and the solution of an extension of the classical Sommerfeld half-plane problem which leads ...
A plane wave is incident upon an infinite set of equally spaced, semi-infinite parallel and staggere...
A plane wave is normally incident upon an infinite stack of equally spaced parallel plates which are...
AbstractThe Sommerfeld Problem is reexamined with a view to obtaining rigorously and with sufficient...
A plane wave is normally incident upon an infinite stack of equally spaced parallel plates which are...
Linear boundary value problems of elasticity describe the propagation of time-harmonic waves outside...
A general direct technique of solving a mixed boundary value problem in the theory of diffraction by...
AbstractThe three-dimensional analog of Sommerfeld's famous half-plane problem for a screen Σ1: x1 >...
The paper is devoted to the analysis of wave diffraction problems modelled by classes of mixed bound...
A Wiener–Hopf equation in L2 being equivalent [5] to a boundary value problem (of the first kind) fo...
We discuss the solution of the boundary value problem in a duct with a centered septum [9]. On the l...
The diffraction of an incident plane wave on three equally spaced half-planes is formulated in terms...
The problem of diffraction of plane electromagnetic waves at an imperfectly conducting half plane wi...
Many problems in linear elastodynamics, or dynamic fracture mechanics, can be reduced to Wiener–Hopf...
The paper presents a simple solution of Sommerfeld's half-plane diffraction problem which is based o...