Multicomponent and Multiscale Systems

This monograph gathers recent research that combines multicomponent and multiscale approaches. It presents the underlying theory, the numerical techniques used to solve these problems, and a series of computational experiments.

Geiser focuses on how intricate structures can be decomposed and split apart, how that decomposition can be controlled, and why such methods matter in practical applications. Its engineering computations should interest researchers, engineers and computational scientists who work on advanced modeling of multicomponent and multiscale problems.

The book also explores why iterative methods can be effective for coupled nonlinear problems in which components and scales are carefully balanced. It is written for engineers and scientists in both theoretical and applied fields.