The aim of this paper is to provide an introduction to the improved iterative Krylov solution of
boundary integral equations for time-harmonic scattering problems arising in acoustics …

To improve the prediction of weather and climate models there is a need for the accurate
computation of the single-scattering properties of randomly oriented complex atmospheric …

Currently, terahertz remote sensing technology is one of the best ways to detect the
microphysical properties of ice clouds. Influenced by the representativeness of the ice crystal …

Global and local multitrace formulations (MTFs) provide a flexible and efficient method for
the modeling of scattering and transmission of time harmonic electromagnetic (EM) waves …

In this work, we introduce a method for constraining the optical scattering models of natural
ice crystals based on in‐situ measurements. Specifically the measured angular scattering …

The first closure study involving passive microwave and submillimetre measurements of ice
clouds with the consideration of oriented particles is presented, using a unique combination …

Quantifying the effects on electromagnetic waves scattered by objects of uncertain shape is
key for robust design, particularly in high-precision applications. Assuming small random …

We extend the operator preconditioning framework Hiptmair (2006)[10] to Petrov-Galerkin
methods while accounting for parameter-dependent perturbations of both variational forms …

We consider the time-harmonic electromagnetic transmission problem for the unit sphere.
Appealing to a vector spherical harmonics analysis, we prove the first stability result of the …

We consider electromagnetic scattering by multiple absorbing dielectric objects using the
PMCHWT boundary integral equation formulation. Galerkin discretisation of this formulation …