Parallel-in-Time Simulation of Electromagnetic Energy Converters

Masterarbeit, Studienarbeit, Bachelorarbeit

Time domain simulations of electromagnetic energy converters using the standardsequential time integration approach are often computationally expensivedue to the need of a very fine resolution along the time axis. Parallelizationmethods such as the Parareal algorithm have recently become a powerfulacceleration tool because of their capability to distribute the workload amongseveral processing units. This work aims at the exploitation of Parareal within magnetoquasistatic computations, e.g., for simulation of induction motorsin the time domain.