This monograph is centered on mathematical modeling, innovative numerical algorithms
and adaptive concepts to deal with fracture phenomena in multiphysics. State-of-the-art …

In this study, a microdamage model is newly proposed to predict the failure process of FCC
single crystals. Two micro damage mechanisms, slip and cleavage, are both involved in the …

In dieser Arbeit entwickeln wir akkurate und robuste numerische Methoden für Interface-
Probleme mit beweglichen Interfaces. Der Fokus liegt hierbei auf der Simulation von Fluid …

The paper deals with the rebound of an elastic solid off a rigid wall of a container filled with
an incompressible Newtonian fluid. Our study focuses on a collision-free bounce, meaning a …

In this work, we consider time step control for variational-monolithic fluid–structure
interaction. The fluid–structure interaction (FSI) system is based on the arbitrary Lagrangian …

We evaluate a number of different finite-element approaches for fluid–structure (contact)
interaction problems against data from physical experiments. This consists of trajectories of …

We study a free-boundary fluid–structure interaction problem with growth, which arises from
the plaque formation in blood vessels. The fluid is described by the incompressible Navier …

When written in an Eulerian frame, the conservation laws of continuum mechanics are
similar for fluids and solids leading to a single set of variables for a monolithic formulation …

The rheological properties of emerging novel complex fluids are usually governed by
multiple variables, which is challenging for traditional parameterized rheological models in …

In this article we address flow problems that carry a multiscale character in time. In particular
we consider the Navier--Stokes flow in a channel on a fast scale that influences the …