This book investigates the application of the finite element method to model the complex behavior of porous media under deformation and consolidation. It addresses the challenges in simulating the coupled processes of fluid flow and solid deformation within these materials, drawing upon established principles of continuum mechanics and numerical analysis. The text aims to provide a comprehensive framework for understanding and predicting the mechanical response of soils, rocks, and other porous geological formations.

The book is recognized as a technical reference for advanced students and researchers in geotechnical engineering and computational mechanics. Its detailed mathematical treatment and focus on numerical methods make it a valuable resource for those involved in the analysis of soil and rock behavior. The text is likely to be appreciated for its rigorous approach to complex physical phenomena.