Since available numerical software is often     not able to solve such problems, I invest part of my time in development and further-development of 2D and 3D numerical techniques.  Another aspect of my research is concerned with coupling modeling techniques of other Earth-Science disciplines (such as metamorphic petrology) to large-scale geodynamics models.

    Much of my earlier work was concerned with problems on the area of structural geology and sedimentary basin dynamics. Recently, I became more interested in larger-scale problems such as lithosphere-mantle interaction, lithospheric evolution over 10s of Myrs, initiation of subduction and generation of plate tectonics and constraining lithospheric rheology from geodynamic models and observations. Tackling these problems requires state-of-the-art numerical techniques as well as improved analytical or semi-analytical models that yield physical insight in the underlying processes. Combined with observations this yields an extremely powerfull new tool that can greatly enhance our understanding of geodynamics processes.

On the following pages you'll find an overview of my research interests.