Computational electromagnetism (Q1779198)

Contributions: -- Mark Ainsworth, Dispersive Properties of High Order Nédélec/Edge Elements for Maxwell's Equations p.553 -- Peter Arbenz, Treatment of Nullspace in Maxwell Problems p.553 -- A. Bendali (joint with P. Borderies, J.-R. Poirier), Two Scale Asymptotic Expansion for the Scattering of a TM-Electromagnetic Wave by a Rough Surface and Applications p.556 -- Oszkár Bíró, Practical Aspects of FEM in Electromagnetics p.559 -- Steffen Börm, \(\mathcal H^2\)-Matrices with Adaptive Cluster Bases Applied to an Eddy Current, Problem p.562 -- Daniele Boffi, Theoretical Aspects of Edge Finite Elements p.564 -- Zhiming Chen (joint with Xueze Liu), An Adaptive Perfectly Matched Layer Technique for Time-harmonic Scattering Problems p.568 -- Snorre H. Christiansen, Div-Curl Lemma for Edge Elements p.570 -- Markus Clemens (joint with Galina Benderskaya, Herbert De Gersem, -- Stefan Feigh, Markus Wilke, Jing Yuan and Thomas Weiland), Formulations and Efficient Numerical Solution Techniques for Transient 3D Magneto-and Electro-Quasistatic Field Problems p.572 -- Monique Dauge (joint with Martin Costabel and Serge Nicaise), Singularities of Electromagnetic Fields in the Eddy Current Limit p.574 -- Penny J Davies (joint with Dugald B Duncan), Convergence of Collocation Methods for Time Domain Boundary Integral Equations p.579 -- L. Demkowicz (joint with A. Buffa), \(H^1,{\mathbf H}(curl)\) and \({\mathbf H}(div)\)-Conforming Projection-Based Interpolation in three Dimensions p.582 -- Tobin A. Driscoll, High-Order Time Stepping Methods for Electromagnetics p.585 -- Marcus J. Grote (joint with Wolfgang Bangerth, Joseph B. Keller -- and Christoph Kirsch), Nonreflecting Boundary Conditions for Computational Electromagnetics . 588 -- Manfred Kaltenbacher (joint with Barbara Kaltenbacher and Stefan Reitzinger), Nodal and Edge Finite Element Discretization of Maxwell's Equations p.590 -- Robert Kotiuga, The Hurewicz Map Distinguishes Intuitive vs. Computable Topological Aspects of Computational Electromagnetics p.593 -- Rainer Kress, Inverse Obstacle Scattering for Time-Harmonic Electromagnetic Waves . 596 -- S. Kurz (joint with O. Rain, V. Rischmüller, S. Rjasanow), A New View on Collocation p.599 -- Paul Ledger, Computation of Maxwell Eigenvalues with Exponential Rates of Convergence p.600 -- D. Lukás (joint with U. Langer, E. Lindner, R. Stainko, J. Pištora), Computational Shape and Topology Optimization with Applications to 3-Dimensional Magnetostatics p.601 -- Eric Michielssen (joint with Mingyu Lu and Balasubramaniam Shanke), Fast Time Domain Integral Equation Solvers p.603 -- Joseph E. Pasciak (joint with James H. Bramble and Tsanio V. Kolev), The Approximation of the Maxwell Eigenvalue Problem using a Least-Squares Method p.606 -- Ilaria Perugia, Discontinuous Galerkin Methods for Maxwell's Equations p.608 -- Francesca Rapetti (joint with Alain Bossavit and François Dubois), Smith Normal Form as an Adequate Tool to Detect Mesh Defects as well as to Build Basis Fields for Domains with Loops and Holes p.612 -- F. Schmidt (joint with T. Hohage and L. Zschiedrich), Pole Condition: A new Approach to Solve Scattering Problems p.615 -- Joachim Schöberl, Preconditioning for Maxwell Equations p.617 -- O. Sterz, Adaptive Multigrid-Methods for the Solution of Time-Harmonic Eddy-Current Problems p.618 -- Fernando L. Teixeira, Perfectly Matched Layers p.621 -- Jun Zou (joint with Qiya Hu), Some New Inexact Uzawa Methods and Non-overlapping DD Preconditioners for Solving Maxwell's Equations in Non-homogeneous Media p.624