The objective of this monograph is a numerical analysis of the
well-accepted models of Landau, Lifshitz and Gilbert for (electrically
conducting) ferromagnets. Part I discusses convergence behavior of
different finite element schemes for solving the stationary problem.
Part II deals with numerical analyses of different penalization /
projection strategies in nonstationary micromagnetism; it closes with a
chapter on nematic liquid crystals to show applicability of these new
methods to further applications.