Modern Mathematical Methods in Diffraction Theory and Its Applications in Engineering: Proceedings of the Sommerfeld '96 Workshop, Freudenstadt, 30 September-4 October 1996
P. Lang, 1997 - Science - 308 pages
In 1896 A Sommerfeld published his famous paper "Zur Theorie der Diffraktion" in vol. 47 of the "Mathematische Annalen". His investigations initiated the study of boundary value problems in scattering theory. A long series of research works on general mixed boundary value problems sprang up then. Boundary integral equations together with the Wiener-Hopf method have been generalized and are now a basis for analytical and numerical studies by many mathematicians and engineers working on wave diffraction problems. Commemorating the centenary of Sommerfeld's paper, the aim of this conference is to join the experts and young researchers to present surveys and new results.
What people are saying - Write a review
We haven't found any reviews in the usual places.
Other editions - View all
A.H. Serbest acoustic analytical anisotropic Antennas Propagat Appl applications assume asymptotic stability boundary conditions boundary value problem boundary-contact Buyukaksoy chiral chiral media coefficients compact consider constant crack cylinder defined denote derivative dielectric Differential Equations diffraction diffraction problems Dirichlet Drude-Born-Fedorov equations edge eigenvalues elastic electric electromagnetic waves elliptic cone exists exterior domain finite formula Fourier transform geometrical Green's function half plane half-plane Helmholtz equation Idemen impedance incident infinite infinity integral equation inverse problem isotropic kernel Kress Lemma linear Math Mathematical matrix Maxwell's equations medium meromorphic method Neumann nonlinear obtained outgoing perturbations Phys physical plane wave potential prob proof propagation radiation condition representation resonances Riemann-Hilbert problem satisfy scalar scattering frequencies scattering theory semi-infinite smooth Sobolev space solution Sommerfeld spectral spherical standing waves surface technique Theorem tion Trans uniqueness vector wave equation waveguides Wiener-Hopf