The aim of this paper is to describe a Matlab toolbox, called μ-diff, for modeling and
numerically solving two-dimensional complex multiple scattering by a large collection of …

We investigate a range of techniques for the acceleration of Calderón (operator)
preconditioning in the context of boundary integral equation methods for electromagnetic …

The aim of this paper is (1) to address an extension of the On-Surface Radiation Condition
(OSRC) method to multiple scattering by a cluster of convex obstacles and (2) to analyze the …

We propose a novel on-surface radiation condition to approximate the outgoing solution to
the Helmholtz equation in the exterior of several impenetrable convex obstacles. Based on a …

The multipole expansion method (MEM) is a spatial discretization technique that is widely
used in applications that feature scattering of waves from circular cylinders. Moreover, it also …

An investigation of high order Convolution Quadratures (CQ) methods for the solution of the
wave equation in unbounded domains in two dimensions is presented. These rely on …

Wave propagation is a fundamental physical phenomenon. Its simulation is key for a large
number of applications in many science and engineering applications ranging from the …

Multiple Scattering: Interaction of Time-Harmonic Waves with N Obstacles PA Martin
CORRECTIONS AND ADDITIONS Page 1 Multiple Scattering: Interaction of Time-Harmonic …

The toolbox $\mu $-diff has been developed for solving two dimensional acoustic multiple
scattering problems by disks based on boundary integral equations. The toolbox is a set of …

The toolbox µ-diff has been developed for solving two dimensional acoustic multiple
scattering problems by disks based on boundary integral equations. The toolbox is a set of …