High performance computing techniques for fast solving a NDET forward problem

The present paper studies two different high performance computing (HPC) approaches to speed up a non-destructive electromagnetic testing (NDET) forward problem, namely general purpose computing for graphics processing units (GPGPU) and multiprocessor programming. The two methods are studied and compared for a set of cracks, non-conductive or partial conductive with uniform conductivity. Both HPC techniques use professional libraries such as MAGMA or Intel MKL.