During the past five decades, numerical modeling of subduction, one of the most
challenging and captivating geodynamic processes, remained in the core of geodynamic …

This hands-on introduction to numerical geodynamic modelling provides a solid grounding
in the necessary mathematical theory and techniques, including continuum mechanics and …

Ubiquitous observations of channelised fluid flow in the form of pipes or chimney-like
features in sedimentary sequences provide strong evidence for significant transient …

Fingering, veining, channelling and focussing of porous fluids are widely observed
phenomena in the Earth's interior, driving a range of geo-processes across all scales. While …

The interplay between compaction‐driven fluid flow and plastic yielding within porous media
is investigated through numerical modeling. We establish a framework for understanding the …

Time-dependent rock deformation affects both natural processes happening on the
geological time scale and subsurface engineering operations. We perform a series of …

Shear strain localization refers to the phenomenon of accumulation of material deformation
in narrow slip zones. Many materials exhibit strain localization under different spatial and …

An understanding of instantaneous and long‐term compaction of porous rocks is important
for reservoir engineering and Earth sciences. Experience from laboratory triaxial …

Abstract The Jurassic Chon Aike Silicic Large Igneous Province (Patagonia and the
Antarctic Peninsula) is dominated by voluminous, crust-derived magmas (235,000 km3) that …

Two-phase flow equations that couple solid deformation and fluid migration have opened
new research trends in geodynamic simulations and modelling of subsurface engineering …