Paralellization efficiency of 2D MoM code with higher order basis functions

We present measured results for the parallelization efficiency of a code for numerical 2D electromagnetic analysis. The code is based on method of moments and uses higher-order basis functions with Galerkin testing procedure. The functions for linear algebra within the code are from Intel MKL library, and the code uses OpenMP for parallelization. A workstation with up to 40 hyper-threads is used for the numerical experiments. The calculation of monostatic radar cross-sections of a 2D structure is used as a test example.